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[null,null,null,null,null,null,null,null,null,"\n"]
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[]
[null,null,null,null,null,null,"BMDS Wizard"]
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[]
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[null,null,null,null,null,"Version 1.9 Updated 05/22/14"]

{"sheet":"Main","index":1,"n_rows":189,"n_cols":7,"rows_kept":189,"cut":false,"hidden":false,"merged":[[10,2,10,4],[19,2,19,4],[12,2,12,4],[13,2,13,4],[14,2,14,4],[15,2,15,4],[18,2,18,4],[16,2,16,4],[17,2,17,4],[11,2,11,4]]}
[]
[null,"BMDS Wizard"]
[]
[null,"Main",null,"Last modified: ","2014-05-22"]
[]
[]
[null,"Control Panel:"]
[]
[]
[null,"Study and Modeling Inputs:"]
[null,"BMDS Model Version:","BMDS 2.5"]
[null,"BMDS Installation Directory"]
[null,"Output File Directory:"]
[null,"BMD ID Number:"]
[null,"Study & Year:","MSCOMBO_2"]
[null,"Endpoint Description:"]
[null,"Dose Units:"]
[null,"BMD or BMC Calculated?"]
[null,"Select Dataset Type: ","Cancer Dichotomous",null,null,null," "]
[null,"Enter Study Data:","Click here to enter data"]
[]
[null,"Add new models to BMDS Session:"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"BMDS Model Option Setups:"]
[null,"Parameter","Type and/or Format",{"$f":"\"MultistageCancer \" &D71","v":"MultistageCancer 3"},"MultistageCancer 2","MultistageCancer 1"]
[null,"BMDS Option Filename","String",{"$f":"CONCATENATE(SmartStudyEndpointName,\"-\",D40,\"-\",D41,\"-\",Data_NumDG,\"d\",\".opt\")","v":"-MSCOMBO_2--MultiCanc3-10Pct-4d.opt"},"-MSCOMBO_2--MultiCanc2-10Pct-4d.opt","-MSCOMBO_2--MultiCanc1-10Pct-4d.opt"]
[null,"Model Type [for filename]","String",{"$f":"\"MultiCanc\"&D71","v":"MultiCanc3"},"MultiCanc2","MultiCanc1"]
[null,"BMR Info [for filename]","String",{"$f":"D59*VLOOKUP(D58,Tbl_BMRFN,3,FALSE)&VLOOKUP(D58,Tbl_BMRFN,2,FALSE)","v":"10Pct"},"10Pct","10Pct"]
[null,"Animal ID"]
[null,"Dose","String",{"$f":"INDEX(Tbl_DataInputNames,1,MATCH(\"Dose\",Data_DataType,FALSE))","v":"Dose"},"Dose","Dose"]
[null,"# Subjects in Dose Group","String",{"$f":"INDEX(Tbl_DataInputNames,1,MATCH(\"NumAnimals\",Data_DataType,FALSE))","v":"NumAnimals"},"NumAnimals","NumAnimals"]
[null,"Mean","String"]
[null,"Std. Deviation","String"]
[null,"Response","String"]
[null,"Incidence","String",{"$f":"IF(ISNA(INDEX(Tbl_DataInputNames,1,MATCH(\"Incidence\",Data_DataType,FALSE))),\"\",INDEX(Tbl_DataInputNames,1,MATCH(\"Incidence\",Data_DataType,FALSE)))","v":"Incidence"},"Incidence","Incidence"]
[null,"% Positive","String",{"$f":"IF(ISNA(INDEX(Tbl_DataInputNames,1,MATCH(\"PerInc\",Data_DataType,FALSE))),\"\",INDEX(Tbl_DataInputNames,1,MATCH(\"PerInc\",Data_DataType,FALSE)))","v":""},"",""]
[null,"Litter Size","Dropdown"]
[null,"Dose Group"]
[null,"Litter Specific Covariate","Dropdown"]
[null,"Time"]
[null,"Distribution","Dropdown","Normal","Normal","Normal"]
[null,"Solution","String","Exact","Exact","Exact"]
[null,"Exposure Time",null,0,0,0]
[null,"Background Degree",null,0,0,0]
[null,"Risk Type","Dropdown","Extra","Extra","Extra"]
[null,"BMRF","Real",0.1,0.1,0.1]
[null,"Confidence Level","Real",0.95,0.95,0.95]
[null,"BMD Calculation","Boolean",true,true,true]
[null,"BMDL Curve. Calc.","Boolean",false,false,false]
[null,"Dose Groups"]
[null,"Log of Dose",null,0,0,0]
[null,"Restrict Slope >= 1?","Boolean",false,false,false]
[null,"Power Lower Bound","Boolean"]
[null,"Restrict Power >= 1?","Boolean",true,true,true]
[null,"Restrict Betas >= 0?","Boolean",true,true,true]
[null,"Restrict n>1?","Boolean",true,true,true]
[null,"Log of Independent Var.",null,1,1,1]
[null,"Degree of Polynomial","Integer",3,2,1]
[null,"Show Linear Extrapolation",null,1,1,1]
[null,"Restriction","Dropdown","None","None","None"]
[null,"Adverse Direction","Dropdown","Automatic","Automatic","Automatic"]
[null,"BMR Type","Dropdown","Std. Dev.","Std. Dev.","Std. Dev."]
[null,"Constant Variance?","Boolean",true,true,true]
[null,"Fixed Litter Size","Dropdown","Overall Mean","Overall Mean","Overall Mean"]
[null,"Litter Specific Covariate","Dropdown","Use","Use","Use"]
[null,"Intralitter Correlations","Dropdown","Estimate","Estimate","Estimate"]
[null,"User Notes",null,"BMDS Model Run","BMDS Model Run","BMDS Model Run"]
[null,"BMR Risk Level",null,0.05,0.05,0.05]
[null,"Adverse Direction",null,"Lowertail","Lowertail","Lowertail"]
[null,"Adverse Definition",null,"Background Rate","Background Rate","Background Rate"]
[null,"Adverse Level",null,0.05,0.05,0.05]
[null,"Low Cut-off",null,-9999,-9999,-9999]
[null,"High Cut-off",null,-9999,-9999,-9999]
[null,"Use Two Sided CI?",null,false,false,false]
[null,"Confidence Level",null,0.05,0.05,0.05]
[null,"Bootstrap Iterations",null,300,300,300]
[null,"Save Bootstrap Result?",null,false,false,false]
[null,"Chemical Name"]
[null,"Exposure Type"]
[null,"Species Name"]
[null,"Gender"]
[null,"Run Model 2?","Boolean",true,true,true]
[null,"Run Model 3?","Boolean",true,true,true]
[null,"Run Model 4?","Boolean",true,true,true]
[null,"Run Model 5?","Boolean",true,true,true]
[null,"Group Exp Models?","Boolean",true,true,true]
[null,"Iteration","Integer",500,500,500]
[null,"Relative Function","Real",1E-8,1E-8,1E-8]
[null,"Parameter","Real",1E-8,1E-8,1E-8]
[null,"Background","Light Gray","Default,","Default,","Default,"]
[null,"Slope","Light Gray","Default,","Default,","Default,"]
[null,"Power","Light Gray","Default,","Default,","Default,"]
[null,"Alpha","Light Gray","Default,","Default,","Default,"]
[null,"Rho","Light Gray","Default,","Default,","Default,"]
[null,"Control","Light Gray","Default,","Default,","Default,"]
[null,"Intercept","Light Gray","Default,","Default,","Default,"]
[null,"Beta","Light Gray","Default,","Default,","Default,"]
[null,"Beta0","Light Gray","Default,","Default,","Default,"]
[null,"Beta1","Light Gray","Default,","Default,","Default,"]
[null,"Beta2","Light Gray","Default,","Default,","Default,"]
[null,"Beta3","Light Gray","Default,","Default,","Default,"]
[null,"Beta4","Light Gray","Default,","Default,","Default,"]
[null,"Beta5","Light Gray","Default,","Default,","Default,"]
[null,"Beta6","Light Gray","Default,","Default,","Default,"]
[null,"Beta7","Light Gray","Default,","Default,","Default,"]
[null,"Beta8","Light Gray","Default,","Default,","Default,"]
[null,"Beta9","Light Gray","Default,","Default,","Default,"]
[null,"Beta10","Light Gray","Default,","Default,","Default,"]
[null,"Beta11","Light Gray","Default,","Default,","Default,"]
[null,"Beta12","Light Gray","Default,","Default,","Default,"]
[null,"Beta13","Light Gray","Default,","Default,","Default,"]
[null,"Beta14","Light Gray","Default,","Default,","Default,"]
[null,"Beta15","Light Gray","Default,","Default,","Default,"]
[null,"Beta16","Light Gray","Default,","Default,","Default,"]
[null,"Beta17","Light Gray","Default,","Default,","Default,"]
[null,"Beta18","Light Gray","Default,","Default,","Default,"]
[null,"Theta1","Light Gray","Default,","Default,","Default,"]
[null,"Theta2","Light Gray","Default,","Default,","Default,"]
[null,"Phi1","Light Gray","Default,","Default,","Default,"]
[null,"Phi2","Light Gray","Default,","Default,","Default,"]
[null,"Phi3","Light Gray","Default,","Default,","Default,"]
[null,"Phi4",null,"Default,","Default,","Default,"]
[null,"Phi5",null,"Default,","Default,","Default,"]
[null,"Phi6",null,"Default,","Default,","Default,"]
[null,"Phi7",null,"Default,","Default,","Default,"]
[null,"Phi8",null,"Default,","Default,","Default,"]
[null,"Phi9",null,"Default,","Default,","Default,"]
[null,"Phi10",null,"Default,","Default,","Default,"]
[null,"v","Light Gray","Default,","Default,","Default,"]
[null,"g","Light Gray","Default,","Default,","Default,"]
[null,"n","Light Gray","Default,","Default,","Default,"]
[null,"k","Light Gray","Default,","Default,","Default,"]
[null,"Background Value"]
[null,"Slope Value"]
[null,"Power Value"]
[null,"Chart Title (optional)",null,"Title","Title","Title"]
[null,"Time Axis Scale",null,"Natural","Natural","Natural"]
[null,"# of Time Points"]
[null,"X-Axis Minimum Value"]
[null,"X-Axis Maximum Value"]
[null,"Y-Axis Minimum Value"]
[null,"Y-Axis Maximum Value"]
[null,"A0"]
[null,"B0"]
[null,"C0"]
[null,"K0"]
[null,"A1"]
[null,"A2"]
[null,"InAlpha"]
[null,"Rho"]
[null,"a"]
[null,"b"]
[null,"c"]
[null,"d"]
[null,"InAlpha"]
[null,"Rho"]
[null,"a"]
[null,"b"]
[null,"c"]
[null,"d"]
[null,"InAlpha"]
[null,"Rho"]
[null,"a"]
[null,"b"]
[null,"c"]
[null,"d"]
[null,"InAlpha"]
[null,"Rho"]
[null,"a"]
[null,"b"]
[null,"c"]
[null,"d"]
[null,"Model Type (session)","String","Dichotomous","Dichotomous","Dichotomous"]
[null,"Model Name (session)","String","Multistage-Cancer","Multistage-Cancer","Multistage-Cancer"]
[null,"Model Type (BMDS Wizard)","String","Cancer Dichotomous","Cancer Dichotomous","Cancer Dichotomous"]
[null,"Required DG (BMDS Wizard)","Integer",4,3,2]

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[]
[null,"BMDS Wizard"]
[]
[null,"BMDS Input Data","Return to Main"]
[]
[]
[]
[null,"Notes and Calculations from Dose-Response Data",null,null,null,null,null,null,null,null,"Column Range:"]
[null,"Number of \nDose Groups",{"$f":"IF(COUNTA(INDEX(Tbl_Doses,,MATCH(\"Dose\",Data_DataType,FALSE)))-1=0,0,COUNTA(INDEX(Tbl_Doses,,MATCH(\"Dose\",Data_DataType,FALSE)))-1)","v":4},null,null,null,null,null,null,null,"Dose",{"$f":"CHAR(64+COLUMN(INDEX(Data_DataType,MATCH(\"Dose\",Data_DataType,FALSE))))","v":"C"}]
[null,"Data Trend (continuous only)",{"$f":"IF(Data_ResponseInc=Data_ResponseDec,\"-\",IF(Data_ResponseInc>Data_ResponseDec,\"increasing\",\"decreasing\"))","v":"-"},null,null,null,null,null,null,null,"Response",{"$f":"CHAR(64+COLUMN(INDEX(Data_DataType,MATCH(\"MeanResponse\",Data_DataType,FALSE))))","v":{"$error":"#N/A"}}]
[null,"Notes (included in BMDS output)","[study notes]",null,null,null,null,null,null,null,"Increasing Count",{"$f":"COUNTIF($K$17:$K$41,\"=increasing\")","v":0}]
[null,null,null,null,null,null,null,null,null,null,"Decreasing Count",{"$f":"COUNTIF($K$17:$K$41,\"=decreasing\")","v":0}]
[]
[null,"Dose-Response Data Inputs"]
[null,"Column Name in BMDS","Dose","NumAnimals","Incidence"]
[null,"Column Type Assignment","Dose","NumAnimals","Incidence",null,null,null,null,null,"Response Trend"]
[null,"Dose Group 1",0,50,0,null,null,null,null,null,"-"]
[null,"Dose Group 2",180,50,1,null,null,null,null,null,{"$f":"IF(OR(INDIRECT(Data_ResponseColumn&ROW())=INDIRECT(Data_ResponseColumn&ROW()-1),ISBLANK(INDIRECT(Data_ResponseColumn&ROW()))),\"-\",IF(INDIRECT(Data_ResponseColumn&ROW())>INDIRECT(Data_ResponseColumn&ROW()-1),\"increasing\",\"decreasing\"))","v":{"$error":"#N/A"}}]
[null,"Dose Group 3",901,50,5,null,null,null,null,null,{"$error":"#N/A"}]
[null,"Dose Group 4",4504,50,10,null,null,null,null,null,{"$error":"#N/A"}]
[null,"Dose Group 5",null,null,null,null,null,null,null,null,{"$error":"#N/A"}]
[null,"Dose Group 6",null,null,null,null,null,null,null,null,{"$error":"#N/A"}]
[null,"Dose Group 7",null,null,null,null,null,null,null,null,{"$error":"#N/A"}]
[null,"Dose Group 8",null,null,null,null,null,null,null,null,{"$error":"#N/A"}]
[null,"Dose Group 9",null,null,null,null,null,null,null,null,{"$error":"#N/A"}]
[null,"Dose Group 10",null,null,null,null,null,null,null,null,{"$error":"#N/A"}]
[null,"Dose Group 11",null,null,null,null,null,null,null,null,{"$error":"#N/A"}]
[null,"Dose Group 12",null,null,null,null,null,null,null,null,{"$error":"#N/A"}]
[null,"Dose Group 13",null,null,null,null,null,null,null,null,{"$error":"#N/A"}]
[null,"Dose Group 14",null,null,null,null,null,null,null,null,{"$error":"#N/A"}]
[null,"Dose Group 15",null,null,null,null,null,null,null,null,{"$error":"#N/A"}]
[null,"Dose Group 16",null,null,null,null,null,null,null,null,{"$error":"#N/A"}]
[null,"Dose Group 17",null,null,null,null,null,null,null,null,{"$error":"#N/A"}]
[null,"Dose Group 18",null,null,null,null,null,null,null,null,{"$error":"#N/A"}]
[null,"Dose Group 19",null,null,null,null,null,null,null,null,{"$error":"#N/A"}]
[null,"Dose Group 20",null,null,null,null,null,null,null,null,{"$error":"#N/A"}]
[null,"Dose Group 21",null,null,null,null,null,null,null,null,{"$error":"#N/A"}]
[null,"Dose Group 22",null,null,null,null,null,null,null,null,{"$error":"#N/A"}]
[null,"Dose Group 23",null,null,null,null,null,null,null,null,{"$error":"#N/A"}]
[null,"Dose Group 24",null,null,null,null,null,null,null,null,{"$error":"#N/A"}]
[null,"Dose Group 25",null,null,null,null,null,null,null,null,{"$error":"#N/A"}]

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[]
[null,"BMDS Wizard",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Basis for Model Selection"]
[]
[null,"BMDS Results",null,"Back to Main"]
[]
[]
[null,"Results Table"]
[null,"OUT File Name","View Output File\n\n\n","Model Type (comment includes graph)","Risk Type","BMRF","Constant Variance?","Correct Variance Model?","Restricted Model","BMD","BMDL","BMDU","Cancer Slope Factor","BMD / BMDL","p-value Test 1","p-value Test 2","p-value Test 3","p-value Test 4","F-test","AIC","Scaled Residual for Dose Group near BMD","Modeled to Actual Std Dev. At Control","Chi2","d.f.","Parameter Hit Bound?","Parameter Summary","Model Warnings","BMDS Wizard Bin Placement","BMDS Wizard Recommendation","BMDS Wizard Recommendation Notes","Include in Summary Table?","User Notes"]

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[]
[null,"BMDS Wizard"]
[]
[null,"Summary Report",null,null,null,"Back to Results"]
[]
[]
[]
[null,"Output Options"]
[null,"Print BMDS Summary Table",true]
[null,"Show Report Being Created",false]
[]
[null,"BMDS Reporting","Print BMDS Figure","Print BMDS Output File"]
[null,"Print Selected Model",true,true]
[null,"Print Included Model ",false,false]
[]
[null,"Template Location"]
[null,"Template Directory","C:\\\\"]
[null,"Template Filename","BMDS Wizard Report Template.dotx"]
[]
[null,"Output Word Report Location"]
[null,"Report Output Directory","C:\\Users\\19619\\Desktop\\Wizard"]
[null,"Report Filename\n(no extension)",{"$f":"SmartStudyEndpointName","v":"-MSCOMBO_2-"}]
[null,"Report Extension","docx"]
[]
[null,"BMDS Figure Settings"]
[null,"Figure Width in Report (in)",5.69]
[null,"Figure Height in Report (in)",3]

{"sheet":"Options","index":5,"n_rows":160,"n_cols":42,"rows_kept":160,"cut":false,"hidden":true,"merged":[]}
[]
[null,"BMDS Wizard"]
[]
[null,"Options"]
[]
[]
[null,"Options and Settings",null,null,"BMR File Notation",null,null,null,"Visible or Hide on Main",null,null,"BMDS Version Settings",null,null,null,null,null,null,null,null,"Input Data Validation Lists",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Model Type and Form"]
[null,"Description","Setting",null,"BMR Type","Filename Notation","BMR Multiplier",null,"Parameter","Visible or Hidden",null,"BMDS Model Version","BMDS Directory","BMDS EXE Filename","BMDS Window Title \n(for Autorun EXE)","Spaces Allowed in Filenames?","Maximum Characters","BMDS Word Space","BMDS Native Autorun",null,"User Overrides","Data Col Name","BMR Type","Preloaded Text","Model Type","Restriction","Adverse Direction","Move to bin:","Model Selection","Valid Word Extensions","BMDS Autorun Method","Distribution","Risk Type","Litter Specific Covariate","Intralitter Correlations","Fixed Litter Size","Test On/Off:","Boolean","Visible or Hidden",null,"Model Type","Form"]
[null,"BMDS EMF image scaling",0.7,null,"Std. Dev.","SD",1,null,"BMDS Option Filename","Visible",null,"BMDS 2.1.1","C:\\USEPA\\BMDS21\\","BMDS2.exe","BMDS 2.1.1 [Build: 11/06/2009]",false,50,"_",false,null,"Force Viable","Dose","Std. Dev.","Of the models that provided an adequate fit and a valid BMDL estimate, the <model name> model was selected based on lowest AIC.","Continuous","None","Automatic","Unusable Bin","Select",".docx","bmdsman.exe","Normal","Extra","Use","Estimate","Overall Mean","on",true,"Visible",null,"Exponential (M2)","Y[dose] = a * exp{sign * b * dose}"]
[null,"Rename Exponential Output Files",true,null,"Rel. Dev.","RD",100,null,"Study/Endpoint Info [for filename]","Visible",null,"BMDS 2.1.2","C:\\USEPA\\BMDS212\\","BMDS2.exe","BMDS 2.1.2 [Build: 06/11/2010]",true,250," ",false,null,"Force Questionable","NumAnimals","Rel. Dev.","Of the models that provided an adequate fit and a valid BMDL estimate, the <model name> model was selected based on lowest BMDL (BMDLs differed by more than 3).","Dichotomous","Non-positive","Up","Questionable Bin","Include",".doc","BMDSAutoRun.exe","Lognormal","Added","Do Not Use","Assume Zero","Control Group Mean","off",false,"Hidden",null,"Exponential (M3)","Y[dose] = a * exp{sign * (b * dose)^d}"]
[null,"Exponential Search String (outfile name)","_Exp",null,"Abs. Dev.","AD",1,null,"Model Type [for filename]","Visible",null,"BMDS 2.2 [Build 09/02/2011]","C:\\USEPA\\BMDS220\\","BMDS2.exe","BMDS 2.2 [Build: 09/02/2011]",true,250," ",false,null,"Force Unusable","Incidence","Abs. Dev.","No models provided an adequate fit and a valid BMDL estimate, therefore no model was selected.","Cancer Dichotomous","Non-negative","Down","No Bin Change (Warning)","Don't Include",".docm",null,null,null,null,null,null,null,null,null,null,"Exponential (M4)","Y[dose] = a * [c-(c-1) * exp{-b * dose}]"]
[null,"Show splash start up screen",true,null,"Point","Point",1,null,"BMR Info [for filename]","Visible",null,"BMDS 2.2 [Build 12/08/2011]","C:\\USEPA\\BMDS220\\","BMDS2.exe","BMDS 2.2 [Build: 12/08/2011]",true,250," ",false,null,"Viable","MeanResponse","Point",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Exponential (M5)","Y[dose] = a * [c-(c-1) * exp{-(b * dose)^d}]"]
[null,"BMDS Autorun Filename","BMDSAutoRun.exe",null,"Extra","Pct",100,null,"Animal ID","Hidden",null,"BMDS 2.4","C:\\USEPA\\BMDS240\\","BMDS240.exe","BMDS 2.4",true,250," ",true,null,"Questionable","Stdev","Extra",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Hill","Y[dose] = intercept + v*dose^n/(k^n + dose^n)"]
[null,"Input file for Auto It","BMDS_Session.txt",null,"Added","PctAdd",100,null,"Dose","Visible",null,"BMDS 2.5","C:\\USEPA\\BMDS250\\","BMDS250.exe","BMDS 2.5",true,250," ",true,null,"Unusable","SE",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Linear","Y[dose] = beta_0 + beta_1*dose "]
[null,"Embed BMDS Output (EMF and OUT)",true,null,null,null,null,null,"# Subjects in Dose Group","Visible",null,null,null,null,null,null,null,null,null,null,null,"PerInc",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Polynomial","Y[dose] = beta_0 + beta_1*dose + beta_2*dose^2 + …"]
[null,"BMDS timeout (seconds)",120,null,"Current BMR","Rel. Dev.",null,null,"Mean","Visible",null,"BMDS Directory",{"$f":"IF(BMDSInstallDir<>\"\",BMDSInstallDir,VLOOKUP(BMDSversion,Tbl_BMDSversion,2,FALSE))","v":"C:\\USEPA\\BMDS250\\"},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Power","Y[dose] = control + slope * dose^power"]
[null,"Sort by Summary Table by Increasing BMDL",false,null,"Current BMRF",0.05,null,null,"Std. Deviation","Visible",null,"BMDS EXE Filename",{"$f":"VLOOKUP(BMDSversion,Tbl_BMDSversion,3,FALSE)","v":"BMDS250.exe"},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Gamma","P[response]= background+(1-background)*CumGamma[slope*dose,power], where CumGamma(.) is the cummulative Gamma distribution function"]
[null,"\"Smart Hide\" results columns depending on dataset type",true,null,"BMR Notation",{"$f":"VLOOKUP(Summary_ThisBMR,Tbl_BMRFN,2,FALSE)","v":"RD"},null,null,"Response","Visible",null,"BMDS Window Title \n(for Autorun EXE)",{"$f":"VLOOKUP(BMDSversion,Tbl_BMDSversion,4,FALSE)","v":"BMDS 2.5"},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Dichotomous-Hill","P[response] = v*g +(v-v*g)/[1+EXP(-intercept-slope*Log(dose))]"]
[null,"\"Smart Hide\" incorrect variance model",true,null,"BMR Name",{"$f":"IF(OR(Summary_ThisBMR=\"Std. Dev.\",Summary_ThisBMR=\"Point\",Summary_ThisBMR=\"Abs. Dev.\"),Summary_ThisBMRF&Summary_BMRShorthand,Summary_ThisBMRF*100&Summary_BMRShorthand)","v":"5RD"},null,null,"Incidence","Visible",null,"Spaces Allowed in Filenames?",{"$f":"VLOOKUP(BMDSversion,Tbl_BMDSversion,5,FALSE)","v":true},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Logistic","P[response] = 1/[1+EXP(-intercept-slope*dose)]"]
[null,"Move Selected Row to Top of Summary Table",true," ",null,null,null,null,"% Positive","Visible",null,"Maximum Characters",{"$f":"VLOOKUP(BMDSversion,Tbl_BMDSversion,6,FALSE)","v":250},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"LogLogistic","P[response] = background+(1-background)/[1+EXP(-intercept-slope*Log(dose))]"]
[null,"Print DRAGON report",false,null,null,null,null,null,"Litter Size","Hidden",null,"BMDS Word Space",{"$f":"VLOOKUP(BMDSversion,Tbl_BMDSversion,7,FALSE)","v":" "},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Probit","P[response] = CumNorm(Intercept+Slope*Dose), where CumNorm(.) is the cumulative normal distribution function"]
[null,"DRAGON report filename","Report.docx",null,null,null,null,null,"Dose Group","Hidden",null,"BMDS Raw Name",{"$f":"BMD_ID&\"-\"&StudyYear&\"-\"&Endpoint","v":"-MSCOMBO_2-"},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"LogProbit","P[response] = Background + (1-Background) * CumNorm(Intercept+Slope*Log(Dose)),where CumNorm(.) is the cumulative normal distribution function"]
[null,"Change formula bar height on startup?",true,null,null,null,null,null,"Litter Specific Covariate","Hidden",null,"BMDS Smart Name",{"$f":"ReplaceCharacters(M22,\"_\",\"%\",\"&\",\".\",\"/\",\"\\\",\":\",\"<\",\">\",\"(\",\")\",\"|\",\"*\",\"?\",\"\"\"\",\",\",\";\")","v":"-MSCOMBO_2-"},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Weibull","P[response] = background + (1-background)*[1-EXP(-slope*dose^power)]"]
[null,"Default formula bar height (if changed)",3,null,null,null,null,null,"Time","Hidden",null,"BMDS Native Autorun",{"$f":"VLOOKUP(BMDSversion,Tbl_BMDSversion,8,FALSE)","v":true},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Quantal-Linear","P[response] = background + (1-background)*[1-EXP(-slope*dose)]"]
[null,"DEBUG mode on",false,null,null,null,null,null,"Distribution","Visible",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Multistage","P[response] = background + (1-background)*[1-EXP(-beta1*dose^1-beta2*dose^2...)]"]
[null,null,null,null,null,null,null,null,"Solution","Visible",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Multistage-Cancer","P[response] = background + (1-background)*[1-EXP(-beta1*dose^1-beta2*dose^2...)]"]
[null,null,null,null,null,null,null,null,"Exposure Time","Hidden",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Gamma-BgDose","P[response]= CumGamma[slope*(dose+background),power], where CumGamma(.) is the cumulative Gamma distribution function"]
[null,null,null,null,null,null,null,null,"Background Degree","Hidden",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Logistic-BgResponse","P[response] = background+(1-background)/[1+EXP(-intercept-slope*dose)]"]
[null,null,null,null,null,null,null,null,"Risk Type","Visible",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"LogProbit-BgDose","P[response] =  CumNorm(Intercept+Slope*Log(Dose + Background)), where CumNorm(.) is the cumulative normal distribution function"]
[null,null,null,null,null,null,null,null,"BMRF","Visible",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Probit-BgResponse","P[response] = Background + (1-Background) * CumNorm(Intercept+Slope*Dose), where CumNorm(.) is the cumulative normal distribution function"]
[null,null,null,null,null,null,null,null,"Confidence Level","Visible",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Weibull-BgDose","P[response] = [1-EXP(-slope*(dose+background)^power)]"]
[null,null,null,null,null,null,null,null,"BMD Calculation","Visible",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Multistage-BgDose","P[response] = [1-EXP(-beta1*(dose + alpha)^1-beta2*(dose+alpha)^2-beta3*(dose+alpha)^3+...)]"]
[null,null,null,null,null,null,null,null,"BMDL Curve. Calc.","Visible"]
[null,null,null,null,null,null,null,null,"Dose Groups","Hidden"]
[null,null,null,null,null,null,null,null,"Log of Dose","Hidden"]
[null,null,null,null,null,null,null,null,"Restrict Slope >= 1?","Visible"]
[null,null,null,null,null,null,null,null,"Power Lower Bound","Visible"]
[null,null,null,null,null,null,null,null,"Restrict Power >= 1?","Visible"]
[null,null,null,null,null,null,null,null,"Restrict Betas >= 0?","Visible"]
[null,null,null,null,null,null,null,null,"Restrict n>1?","Visible"]
[null,null,null,null,null,null,null,null,"Log of Independent Var.","Hidden"]
[null,null,null,null,null,null,null,null,"Degree of Polynomial","Visible"]
[null,null,null,null,null,null,null,null,"Show Linear Extrapolation","Hidden"]
[null,null,null,null,null,null,null,null,"Restriction","Visible"]
[null,null,null,null,null,null,null,null,"Adverse Direction","Visible"]
[null,null,null,null,null,null,null,null,"BMR Type","Visible"]
[null,null,null,null,null,null,null,null,"Constant Variance?","Visible"]
[null,null,null,null,null,null,null,null,"Fixed Litter Size","Hidden"]
[null,null,null,null,null,null,null,null,"Litter Specific Covariate","Hidden"]
[null,null,null,null,null,null,null,null,"Intralitter Correlations","Hidden"]
[null,null,null,null,null,null,null,null,"User Notes","Hidden"]
[null,null,null,null,null,null,null,null,"BMR Risk Level","Hidden"]
[null,null,null,null,null,null,null,null,"Adverse Direction","Hidden"]
[null,null,null,null,null,null,null,null,"Adverse Definition","Hidden"]
[null,null,null,null,null,null,null,null,"Adverse Level","Hidden"]
[null,null,null,null,null,null,null,null,"Low Cut-off","Hidden"]
[null,null,null,null,null,null,null,null,"High Cut-off","Hidden"]
[null,null,null,null,null,null,null,null,"Use Two Sided CI?","Hidden"]
[null,null,null,null,null,null,null,null,"Confidence Level","Hidden"]
[null,null,null,null,null,null,null,null,"Bootstrap Iterations","Hidden"]
[null,null,null,null,null,null,null,null,"Save Bootstrap Result?","Hidden"]
[null,null,null,null,null,null,null,null,"Chemical Name","Hidden"]
[null,null,null,null,null,null,null,null,"Exposure Type","Hidden"]
[null,null,null,null,null,null,null,null,"Species Name","Hidden"]
[null,null,null,null,null,null,null,null,"Gender","Hidden"]
[null,null,null,null,null,null,null,null,"Run Model 2?","Visible"]
[null,null,null,null,null,null,null,null,"Run Model 3?","Visible"]
[null,null,null,null,null,null,null,null,"Run Model 4?","Visible"]
[null,null,null,null,null,null,null,null,"Run Model 5?","Visible"]
[null,null,null,null,null,null,null,null,"Group Exp Models?","Visible"]
[null,null,null,null,null,null,null,null,"Iteration","Visible"]
[null,null,null,null,null,null,null,null,"Relative Function","Visible"]
[null,null,null,null,null,null,null,null,"Parameter","Visible"]
[null,null,null,null,null,null,null,null,"Background","Visible"]
[null,null,null,null,null,null,null,null,"Slope","Visible"]
[null,null,null,null,null,null,null,null,"Power","Visible"]
[null,null,null,null,null,null,null,null,"Alpha","Visible"]
[null,null,null,null,null,null,null,null,"Rho","Visible"]
[null,null,null,null,null,null,null,null,"Control","Visible"]
[null,null,null,null,null,null,null,null,"Intercept","Visible"]
[null,null,null,null,null,null,null,null,"Beta","Visible"]
[null,null,null,null,null,null,null,null,"Beta0","Visible"]
[null,null,null,null,null,null,null,null,"Beta1","Visible"]
[null,null,null,null,null,null,null,null,"Beta2","Visible"]
[null,null,null,null,null,null,null,null,"Beta3","Visible"]
[null,null,null,null,null,null,null,null,"Beta4","Visible"]
[null,null,null,null,null,null,null,null,"Beta5","Visible"]
[null,null,null,null,null,null,null,null,"Beta6","Visible"]
[null,null,null,null,null,null,null,null,"Beta7","Visible"]
[null,null,null,null,null,null,null,null,"Beta8","Visible"]
[null,null,null,null,null,null,null,null,"Beta9","Visible"]
[null,null,null,null,null,null,null,null,"Beta10","Visible"]
[null,null,null,null,null,null,null,null,"Beta11","Visible"]
[null,null,null,null,null,null,null,null,"Beta12","Visible"]
[null,null,null,null,null,null,null,null,"Beta13","Visible"]
[null,null,null,null,null,null,null,null,"Beta14","Visible"]
[null,null,null,null,null,null,null,null,"Beta15","Visible"]
[null,null,null,null,null,null,null,null,"Beta16","Visible"]
[null,null,null,null,null,null,null,null,"Beta17","Visible"]
[null,null,null,null,null,null,null,null,"Beta18","Visible"]
[null,null,null,null,null,null,null,null,"Theta1","Visible"]
[null,null,null,null,null,null,null,null,"Theta2","Visible"]
[null,null,null,null,null,null,null,null,"Phi1","Visible"]
[null,null,null,null,null,null,null,null,"Phi2","Visible"]
[null,null,null,null,null,null,null,null,"Phi3","Visible"]
[null,null,null,null,null,null,null,null,"Phi4","Hidden"]
[null,null,null,null,null,null,null,null,"Phi5","Hidden"]
[null,null,null,null,null,null,null,null,"Phi6","Hidden"]
[null,null,null,null,null,null,null,null,"Phi7","Hidden"]
[null,null,null,null,null,null,null,null,"Phi8","Hidden"]
[null,null,null,null,null,null,null,null,"Phi9","Hidden"]
[null,null,null,null,null,null,null,null,"Phi10","Hidden"]
[null,null,null,null,null,null,null,null,"v","Visible"]
[null,null,null,null,null,null,null,null,"g","Visible"]
[null,null,null,null,null,null,null,null,"n","Visible"]
[null,null,null,null,null,null,null,null,"k","Visible"]
[null,null,null,null,null,null,null,null,"Background Value","Hidden"]
[null,null,null,null,null,null,null,null,"Slope Value","Hidden"]
[null,null,null,null,null,null,null,null,"Power Value","Hidden"]
[null,null,null,null,null,null,null,null,"Chart Title (optional)","Hidden"]
[null,null,null,null,null,null,null,null,"Time Axis Scale","Hidden"]
[null,null,null,null,null,null,null,null,"# of Time Points","Hidden"]
[null,null,null,null,null,null,null,null,"X-Axis Minimum Value","Hidden"]
[null,null,null,null,null,null,null,null,"X-Axis Maximum Value","Hidden"]
[null,null,null,null,null,null,null,null,"Y-Axis Minimum Value","Hidden"]
[null,null,null,null,null,null,null,null,"Y-Axis Maximum Value","Hidden"]
[null,null,null,null,null,null,null,null,"A0","Hidden"]
[null,null,null,null,null,null,null,null,"B0","Hidden"]
[null,null,null,null,null,null,null,null,"C0","Hidden"]
[null,null,null,null,null,null,null,null,"K0","Hidden"]
[null,null,null,null,null,null,null,null,"A1","Hidden"]
[null,null,null,null,null,null,null,null,"A2","Hidden"]
[null,null,null,null,null,null,null,null,"InAlpha","Hidden"]
[null,null,null,null,null,null,null,null,"Rho","Hidden"]
[null,null,null,null,null,null,null,null,"a","Hidden"]
[null,null,null,null,null,null,null,null,"b","Hidden"]
[null,null,null,null,null,null,null,null,"c","Hidden"]
[null,null,null,null,null,null,null,null,"d","Hidden"]
[null,null,null,null,null,null,null,null,"InAlpha","Hidden"]
[null,null,null,null,null,null,null,null,"Rho","Hidden"]
[null,null,null,null,null,null,null,null,"a","Hidden"]
[null,null,null,null,null,null,null,null,"b","Hidden"]
[null,null,null,null,null,null,null,null,"c","Hidden"]
[null,null,null,null,null,null,null,null,"d","Hidden"]
[null,null,null,null,null,null,null,null,"InAlpha","Hidden"]
[null,null,null,null,null,null,null,null,"Rho","Hidden"]
[null,null,null,null,null,null,null,null,"a","Hidden"]
[null,null,null,null,null,null,null,null,"b","Hidden"]
[null,null,null,null,null,null,null,null,"c","Hidden"]
[null,null,null,null,null,null,null,null,"d","Hidden"]
[null,null,null,null,null,null,null,null,"InAlpha","Hidden"]
[null,null,null,null,null,null,null,null,"Rho","Hidden"]
[null,null,null,null,null,null,null,null,"a","Hidden"]
[null,null,null,null,null,null,null,null,"b","Hidden"]
[null,null,null,null,null,null,null,null,"c","Hidden"]
[null,null,null,null,null,null,null,null,"d","Hidden"]
[null,null,null,null,null,null,null,null,"Model Type (session)","Visible"]
[null,null,null,null,null,null,null,null,"Model Name (session)","Visible"]
[null,null,null,null,null,null,null,null,"Model Type (BMDS Wizard)","Visible"]
[null,null,null,null,null,null,null,null,"Required DG (BMDS Wizard)","Visible"]

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[null,"BMDS Wizard"]
[]
[null,"Default Model Option Files"]
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[]
[null,"Selected Model Details",null,null,null,null,null,null,null,"Model Type, Defaults, and Color Coding","Continous",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Dichotomous",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cancer Dichotomous",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Nested Dichotomous"]
[null,"Model Type",{"$f":"ModelType","v":"Cancer Dichotomous"},null,null,null,null,null,null,"Parameter Name","Exponential CV","Hill CV","Power CV",{"$f":"\"Polynomial \"&N41&\" CV\"","v":"Polynomial 18 CV"},"Polynomial 17 CV","Polynomial 16 CV","Polynomial 15 CV","Polynomial 14 CV","Polynomial 13 CV","Polynomial 12 CV","Polynomial 11 CV","Polynomial 10 CV","Polynomial 9 CV","Polynomial 8 CV","Polynomial 7 CV","Polynomial 6 CV","Polynomial 5 CV","Polynomial 4 CV","Polynomial 3 CV","Polynomial 2 CV","Linear CV","Exponential NCV","Hill NCV","Power NCV",{"$f":"\"Polynomial \"&AI41&\" NCV\"","v":"Polynomial 18 NCV"},"Polynomial 17 NCV","Polynomial 16 NCV","Polynomial 15 NCV","Polynomial 14 NCV","Polynomial 13 NCV","Polynomial 12 NCV","Polynomial 11 NCV","Polynomial 10 NCV","Polynomial 9 NCV","Polynomial 8 NCV","Polynomial 7 NCV","Polynomial 6 NCV","Polynomial 5 NCV","Polynomial 4 NCV","Polynomial 3 NCV","Polynomial 2 NCV","Linear NCV","Gamma","Dichotomous-Hill","Logistic","LogLogistic","Probit","LogProbit","Weibull",{"$f":"\"Multistage \"&BH41","v":"Multistage 18"},"Multistage 17","Multistage 16","Multistage 15","Multistage 14","Multistage 13","Multistage 12","Multistage 11","Multistage 10","Multistage 9","Multistage 8","Multistage 7","Multistage 6","Multistage 5","Multistage 4","Multistage 3","Multistage 2","QuantalLinear","Alternative: Gamma-BgDose","Alternative: Logistic-BgResponse","Alternative: LogProbit_BgDose","Alternative: Probit-BgResponse","Alternative: Weibull-BgDose","Alternative: Multistage-BgDose",{"$f":"\"MultistageCancer \" &CF41","v":"MultistageCancer 18"},"MultistageCancer 17",{"$f":"\"MultistageCancer \" &CH41","v":"MultistageCancer 16"},"MultistageCancer 15","MultistageCancer 14","MultistageCancer 13","MultistageCancer 12","MultistageCancer 11","MultistageCancer 10","MultistageCancer 9",{"$f":"\"MultistageCancer \" &CP41","v":"MultistageCancer 8"},"MultistageCancer 7","MultistageCancer 6","MultistageCancer 5","MultistageCancer 4","MultistageCancer 3","MultistageCancer 2","MultistageCancer 1","Alternative: MultistageCancer-BgDose","NestedLogistic","NCTR","Rai-Van-Ryzin"]
[null,"Num Dose Groups",{"$f":"Data_NumDG","v":4},null,null,null,null,null,null,"BMDS Option Filename",{"$f":"CONCATENATE(SmartStudyEndpointName,\"-\",K10,\"-\",K11,\"-\",Data_NumDG,\"d\",\".opt\")","v":"-MSCOMBO_2--ExpCV-1SD-4d.opt"},"-MSCOMBO_2--HillCV-1SD-4d.opt","-MSCOMBO_2--PowerCV-1SD-4d.opt","-MSCOMBO_2--Poly18CV-1SD-4d.opt","-MSCOMBO_2--Poly17CV-1SD-4d.opt","-MSCOMBO_2--Poly16CV-1SD-4d.opt","-MSCOMBO_2--Poly15CV-1SD-4d.opt","-MSCOMBO_2--Poly14CV-1SD-4d.opt","-MSCOMBO_2--Poly13CV-1SD-4d.opt","-MSCOMBO_2--Poly12CV-1SD-4d.opt","-MSCOMBO_2--Poly11CV-1SD-4d.opt","-MSCOMBO_2--Poly10CV-1SD-4d.opt","-MSCOMBO_2--Poly9CV-1SD-4d.opt","-MSCOMBO_2--Poly8CV-1SD-4d.opt","-MSCOMBO_2--Poly7CV-1SD-4d.opt","-MSCOMBO_2--Poly6CV-1SD-4d.opt","-MSCOMBO_2--Poly5CV-1SD-4d.opt","-MSCOMBO_2--Poly4CV-1SD-4d.opt","-MSCOMBO_2--Poly3CV-1SD-4d.opt",{"$f":"CONCATENATE(SmartStudyEndpointName,\"-\",AD10,\"-\",AD11,\"-\",Data_NumDG,\"d\",\".opt\")","v":"-MSCOMBO_2--Poly2CV-1SD-4d.opt"},"-MSCOMBO_2--LinearCV-1SD-4d.opt","-MSCOMBO_2--ExpNCV-1SD-4d.opt","-MSCOMBO_2--HillNCV-1SD-4d.opt","-MSCOMBO_2--PowerNCV-1SD-4d.opt",{"$f":"CONCATENATE(SmartStudyEndpointName,\"-\",AI10,\"-\",AI11,\"-\",Data_NumDG,\"d\",\".opt\")","v":"-MSCOMBO_2--Poly18NCV-1SD-4d.opt"},"-MSCOMBO_2--Poly17NCV-1SD-4d.opt","-MSCOMBO_2--Poly16NCV-1SD-4d.opt","-MSCOMBO_2--Poly15NCV-1SD-4d.opt","-MSCOMBO_2--Poly14NCV-1SD-4d.opt","-MSCOMBO_2--Poly13NCV-1SD-4d.opt","-MSCOMBO_2--Poly12NCV-1SD-4d.opt","-MSCOMBO_2--Poly11NCV-1SD-4d.opt","-MSCOMBO_2--Poly10NCV-1SD-4d.opt","-MSCOMBO_2--Poly9NCV-1SD-4d.opt","-MSCOMBO_2--Poly8NCV-1SD-4d.opt","-MSCOMBO_2--Poly7NCV-1SD-4d.opt",{"$f":"CONCATENATE(SmartStudyEndpointName,\"-\",AU10,\"-\",AU11,\"-\",Data_NumDG,\"d\",\".opt\")","v":"-MSCOMBO_2--Poly6NCV-1SD-4d.opt"},{"$f":"CONCATENATE(SmartStudyEndpointName,\"-\",AV10,\"-\",AV11,\"-\",Data_NumDG,\"d\",\".opt\")","v":"-MSCOMBO_2--Poly5NCV-1SD-4d.opt"},"-MSCOMBO_2--Poly4NCV-1SD-4d.opt",{"$f":"CONCATENATE(SmartStudyEndpointName,\"-\",AX10,\"-\",AX11,\"-\",Data_NumDG,\"d\",\".opt\")","v":"-MSCOMBO_2--Poly3NCV-1SD-4d.opt"},{"$f":"CONCATENATE(SmartStudyEndpointName,\"-\",AY10,\"-\",AY11,\"-\",Data_NumDG,\"d\",\".opt\")","v":"-MSCOMBO_2--Poly2NCV-1SD-4d.opt"},"-MSCOMBO_2--LinearNCV-1SD-4d.opt","-MSCOMBO_2--Gamma-10Pct-4d.opt","-MSCOMBO_2--DichHill-10Pct-4d.opt","-MSCOMBO_2--Logistic-10Pct-4d.opt","-MSCOMBO_2--LogLogistic-10Pct-4d.opt","-MSCOMBO_2--Probit-10Pct-4d.opt","-MSCOMBO_2--LogProbit-10Pct-4d.opt","-MSCOMBO_2--Weibull-10Pct-4d.opt",{"$f":"CONCATENATE(SmartStudyEndpointName,\"-\",BH10,\"-\",BH11,\"-\",Data_NumDG,\"d\",\".opt\")","v":"-MSCOMBO_2--Multi18-10Pct-4d.opt"},"-MSCOMBO_2--Multi17-10Pct-4d.opt","-MSCOMBO_2--Multi16-10Pct-4d.opt","-MSCOMBO_2--Multi15-10Pct-4d.opt","-MSCOMBO_2--Multi14-10Pct-4d.opt","-MSCOMBO_2--Multi13-10Pct-4d.opt","-MSCOMBO_2--Multi12-10Pct-4d.opt","-MSCOMBO_2--Multi11-10Pct-4d.opt","-MSCOMBO_2--Multi10-10Pct-4d.opt","-MSCOMBO_2--Multi9-10Pct-4d.opt","-MSCOMBO_2--Multi8-10Pct-4d.opt","-MSCOMBO_2--Multi7-10Pct-4d.opt","-MSCOMBO_2--Multi6-10Pct-4d.opt","-MSCOMBO_2--Multi5-10Pct-4d.opt","-MSCOMBO_2--Multi4-10Pct-4d.opt","-MSCOMBO_2--Multi3-10Pct-4d.opt","-MSCOMBO_2--Multi2-10Pct-4d.opt",{"$f":"CONCATENATE(SmartStudyEndpointName,\"-\",BY10,\"-\",BY11,\"-\",Data_NumDG,\"d\",\".opt\")","v":"-MSCOMBO_2--Quantal-10Pct-4d.opt"},{"$f":"CONCATENATE(SmartStudyEndpointName,\"-\",BZ10,\"-\",BZ11,\"-\",Data_NumDG,\"d\",\".opt\")","v":"-MSCOMBO_2--GammaBgDose-10Pct-4d.opt"},"-MSCOMBO_2--LogBgResp-10Pct-4d.opt","-MSCOMBO_2--LogProbBgDose-10Pct-4d.opt","-MSCOMBO_2--ProbitBgResp-10Pct-4d.opt","-MSCOMBO_2--WeibullBgDose-10Pct-4d.opt","-MSCOMBO_2--MultiBgDose3-10Pct-4d.opt",{"$f":"CONCATENATE(SmartStudyEndpointName,\"-\",CF10,\"-\",CF11,\"-\",Data_NumDG,\"d\",\".opt\")","v":"-MSCOMBO_2--MultiCanc18-10Pct-4d.opt"},"-MSCOMBO_2--MultiCanc17-10Pct-4d.opt",{"$f":"CONCATENATE(SmartStudyEndpointName,\"-\",CH10,\"-\",CH11,\"-\",Data_NumDG,\"d\",\".opt\")","v":"-MSCOMBO_2--MultiCanc16-10Pct-4d.opt"},"-MSCOMBO_2--MultiCanc15-10Pct-4d.opt","-MSCOMBO_2--MultiCanc14-10Pct-4d.opt","-MSCOMBO_2--MultiCanc13-10Pct-4d.opt","-MSCOMBO_2--MultiCanc12-10Pct-4d.opt","-MSCOMBO_2--MultiCanc11-10Pct-4d.opt","-MSCOMBO_2--MultiCanc10-10Pct-4d.opt","-MSCOMBO_2--MultiCanc9-10Pct-4d.opt",{"$f":"CONCATENATE(SmartStudyEndpointName,\"-\",CP10,\"-\",CP11,\"-\",Data_NumDG,\"d\",\".opt\")","v":"-MSCOMBO_2--MultiCanc8-10Pct-4d.opt"},"-MSCOMBO_2--MultiCanc7-10Pct-4d.opt","-MSCOMBO_2--MultiCanc6-10Pct-4d.opt","-MSCOMBO_2--MultiCanc5-10Pct-4d.opt","-MSCOMBO_2--MultiCanc4-10Pct-4d.opt","-MSCOMBO_2--MultiCanc3-10Pct-4d.opt","-MSCOMBO_2--MultiCanc2-10Pct-4d.opt","-MSCOMBO_2--MultiCanc1-10Pct-4d.opt","-MSCOMBO_2--MultiCancBgDose3-10Pct-4d.opt","-MSCOMBO_2--NestedLog-10Pct-4d.opt","-MSCOMBO_2--NCTR-10Pct-4d.opt","-MSCOMBO_2--RaiVanRyzin-10Pct-4d.opt"]
[null,"Valid Range of Names",{"$f":"IF(MAX($C$15:$C$112)=0,\"-\",\"'Model Options'!$E$16:$E$\"&MAX($C$15:$C$112)+15)","v":"'Model Options'!$E$16:$E$19"},null,"Minor Excel Bug: Ensure that the zoom is exactly 100% on this worksheet, or you might get a \"Not Enough System Resources\" error on the Main worksheet combo box",null,null,null,null,"Model Type [for filename]","ExpCV","HillCV","PowerCV",{"$f":"\"Poly\"&N41&\"CV\"","v":"Poly18CV"},"Poly17CV","Poly16CV","Poly15CV","Poly14CV","Poly13CV","Poly12CV","Poly11CV","Poly10CV","Poly9CV","Poly8CV","Poly7CV","Poly6CV","Poly5CV","Poly4CV","Poly3CV","Poly2CV","LinearCV","ExpNCV","HillNCV","PowerNCV",{"$f":"\"Poly\"&AI41&\"NCV\"","v":"Poly18NCV"},"Poly17NCV","Poly16NCV","Poly15NCV","Poly14NCV","Poly13NCV","Poly12NCV","Poly11NCV","Poly10NCV","Poly9NCV","Poly8NCV","Poly7NCV","Poly6NCV","Poly5NCV","Poly4NCV","Poly3NCV","Poly2NCV","LinearNCV","Gamma","DichHill","Logistic","LogLogistic","Probit","LogProbit","Weibull",{"$f":"\"Multi\"&BH41","v":"Multi18"},"Multi17","Multi16","Multi15","Multi14","Multi13","Multi12","Multi11","Multi10","Multi9","Multi8","Multi7","Multi6","Multi5","Multi4","Multi3","Multi2","Quantal","GammaBgDose","LogBgResp","LogProbBgDose","ProbitBgResp","WeibullBgDose",{"$f":"\"MultiBgDose\"&CE41","v":"MultiBgDose3"},{"$f":"\"MultiCanc\"&CF41","v":"MultiCanc18"},"MultiCanc17",{"$f":"\"MultiCanc\"&CH41","v":"MultiCanc16"},"MultiCanc15","MultiCanc14","MultiCanc13","MultiCanc12","MultiCanc11","MultiCanc10","MultiCanc9",{"$f":"\"MultiCanc\"&CP41","v":"MultiCanc8"},"MultiCanc7","MultiCanc6","MultiCanc5","MultiCanc4","MultiCanc3","MultiCanc2","MultiCanc1",{"$f":"\"MultiCancBgDose\"&CX41","v":"MultiCancBgDose3"},"NestedLog","NCTR","RaiVanRyzin"]
[null,"Selected  Model",3,null,null,null,null,null,null,"BMR Info [for filename]",{"$f":"K29*VLOOKUP(K45,Tbl_BMRFN,3,FALSE)&VLOOKUP(K45,Tbl_BMRFN,2,FALSE)","v":"1SD"},"1SD","1SD","1SD","1SD","1SD","1SD","1SD","1SD","1SD","1SD",{"$f":"V29*VLOOKUP(V45,Tbl_BMRFN,3,FALSE)&VLOOKUP(V45,Tbl_BMRFN,2,FALSE)","v":"1SD"},{"$f":"W29*VLOOKUP(W45,Tbl_BMRFN,3,FALSE)&VLOOKUP(W45,Tbl_BMRFN,2,FALSE)","v":"1SD"},{"$f":"X29*VLOOKUP(X45,Tbl_BMRFN,3,FALSE)&VLOOKUP(X45,Tbl_BMRFN,2,FALSE)","v":"1SD"},{"$f":"Y29*VLOOKUP(Y45,Tbl_BMRFN,3,FALSE)&VLOOKUP(Y45,Tbl_BMRFN,2,FALSE)","v":"1SD"},{"$f":"Z29*VLOOKUP(Z45,Tbl_BMRFN,3,FALSE)&VLOOKUP(Z45,Tbl_BMRFN,2,FALSE)","v":"1SD"},{"$f":"AA29*VLOOKUP(AA45,Tbl_BMRFN,3,FALSE)&VLOOKUP(AA45,Tbl_BMRFN,2,FALSE)","v":"1SD"},{"$f":"AB29*VLOOKUP(AB45,Tbl_BMRFN,3,FALSE)&VLOOKUP(AB45,Tbl_BMRFN,2,FALSE)","v":"1SD"},{"$f":"AC29*VLOOKUP(AC45,Tbl_BMRFN,3,FALSE)&VLOOKUP(AC45,Tbl_BMRFN,2,FALSE)","v":"1SD"},{"$f":"AD29*VLOOKUP(AD45,Tbl_BMRFN,3,FALSE)&VLOOKUP(AD45,Tbl_BMRFN,2,FALSE)","v":"1SD"},"1SD","1SD","1SD","1SD",{"$f":"AI29*VLOOKUP(AI45,Tbl_BMRFN,3,FALSE)&VLOOKUP(AI45,Tbl_BMRFN,2,FALSE)","v":"1SD"},"1SD","1SD","1SD","1SD","1SD","1SD","1SD","1SD","1SD","1SD","1SD",{"$f":"AU29*VLOOKUP(AU45,Tbl_BMRFN,3,FALSE)&VLOOKUP(AU45,Tbl_BMRFN,2,FALSE)","v":"1SD"},{"$f":"AV29*VLOOKUP(AV45,Tbl_BMRFN,3,FALSE)&VLOOKUP(AV45,Tbl_BMRFN,2,FALSE)","v":"1SD"},"1SD",{"$f":"AX29*VLOOKUP(AX45,Tbl_BMRFN,3,FALSE)&VLOOKUP(AX45,Tbl_BMRFN,2,FALSE)","v":"1SD"},{"$f":"AY29*VLOOKUP(AY45,Tbl_BMRFN,3,FALSE)&VLOOKUP(AY45,Tbl_BMRFN,2,FALSE)","v":"1SD"},"1SD",{"$f":"BA29*VLOOKUP(BA28,Tbl_BMRFN,3,FALSE)&VLOOKUP(BA28,Tbl_BMRFN,2,FALSE)","v":"10Pct"},"10Pct","10Pct","10Pct","10Pct","10Pct","10Pct",{"$f":"BH29*VLOOKUP(BH28,Tbl_BMRFN,3,FALSE)&VLOOKUP(BH28,Tbl_BMRFN,2,FALSE)","v":"10Pct"},"10Pct","10Pct","10Pct","10Pct","10Pct","10Pct","10Pct","10Pct","10Pct","10Pct","10Pct","10Pct","10Pct","10Pct","10Pct","10Pct",{"$f":"BY29*VLOOKUP(BY28,Tbl_BMRFN,3,FALSE)&VLOOKUP(BY28,Tbl_BMRFN,2,FALSE)","v":"10Pct"},{"$f":"BZ29*VLOOKUP(BZ28,Tbl_BMRFN,3,FALSE)&VLOOKUP(BZ28,Tbl_BMRFN,2,FALSE)","v":"10Pct"},"10Pct","10Pct","10Pct","10Pct","10Pct",{"$f":"CF29*VLOOKUP(CF28,Tbl_BMRFN,3,FALSE)&VLOOKUP(CF28,Tbl_BMRFN,2,FALSE)","v":"10Pct"},"10Pct",{"$f":"CH29*VLOOKUP(CH28,Tbl_BMRFN,3,FALSE)&VLOOKUP(CH28,Tbl_BMRFN,2,FALSE)","v":"10Pct"},"10Pct","10Pct","10Pct","10Pct","10Pct","10Pct","10Pct",{"$f":"CP29*VLOOKUP(CP28,Tbl_BMRFN,3,FALSE)&VLOOKUP(CP28,Tbl_BMRFN,2,FALSE)","v":"10Pct"},"10Pct","10Pct","10Pct","10Pct","10Pct","10Pct","10Pct","10Pct","10Pct","10Pct","10Pct"]
[null,"Selected  Model Name",{"$f":"INDEX(PullDown_List,PullDown_ModelNum)","v":"MultistageCancer 1"},null,null,null,null,null,null,"Animal ID"]
[null,null,null,null,null,null,null,null,null,"Dose",{"$f":"INDEX(Tbl_DataInputNames,1,MATCH(\"Dose\",Data_DataType,FALSE))","v":"Dose"},"Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose",{"$f":"INDEX(Tbl_DataInputNames,1,MATCH(\"Dose\",Data_DataType,FALSE))","v":"Dose"},"Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose",{"$f":"INDEX(Tbl_DataInputNames,1,MATCH(\"Dose\",Data_DataType,FALSE))","v":"Dose"},"Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose","Dose"]
[null,"Available models for selection",null,null,null,null,null,null,null,"# Subjects in Dose Group",{"$f":"INDEX(Tbl_DataInputNames,1,MATCH(\"NumAnimals\",Data_DataType,FALSE))","v":"NumAnimals"},"NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals",{"$f":"INDEX(Tbl_DataInputNames,1,MATCH(\"NumAnimals\",Data_DataType,FALSE))","v":"NumAnimals"},"NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals",{"$f":"INDEX(Tbl_DataInputNames,1,MATCH(\"NumAnimals\",Data_DataType,FALSE))","v":"NumAnimals"},"NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals","NumAnimals"]
[null,"Counter","Appears in List","Full List of Values","Validation List","Model Type (BMDS Wizard)","Required DG (BMDS Wizard)","Valid Model?",null,"Mean",{"$f":"INDEX(Tbl_DataInputNames,1,MATCH(\"MeanResponse\",Data_DataType,FALSE))","v":{"$error":"#N/A"}},{"$error":"#N/A"},{"$error":"#N/A"},{"$f":"INDEX(Tbl_DataInputNames,1,MATCH(\"MeanResponse\",Data_DataType,FALSE))","v":{"$error":"#N/A"}},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$f":"INDEX(Tbl_DataInputNames,1,MATCH(\"MeanResponse\",Data_DataType,FALSE))","v":{"$error":"#N/A"}},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$f":"INDEX(Tbl_DataInputNames,1,MATCH(\"MeanResponse\",Data_DataType,FALSE))","v":{"$error":"#N/A"}},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"}]
[null,1,{"$f":"IF(H16=TRUE,MAX($C$15:$C15)+1,\"Not Valid\")","v":"Not Valid"},{"$f":"INDEX(R_ModelOptionHeader,B16+1)","v":"Exponential CV"},{"$f":"IF(ISERROR(INDEX(Tbl_FullModelOptionList,MATCH(B16,$C$15:$C$112,FALSE),3)),\"-\",INDEX(Tbl_FullModelOptionList,MATCH(B16,$C$15:$C$112,FALSE),3))","v":"MultistageCancer 3"},{"$f":"INDEX(Tbl_ModelOptionFiles,MATCH(F$15,ModelOptionFile_ColList,FALSE),MATCH($D16,R_ModelOptionHeader,FALSE))","v":"Continuous"},2,{"$f":"IF(AND((ModelType=$F16),(Data_NumDG>=$G16)),TRUE,FALSE)","v":false},null,"Std. Deviation",{"$f":"INDEX(Tbl_DataInputNames,1,MATCH(\"Stdev\",Data_DataType,FALSE))","v":{"$error":"#N/A"}},{"$error":"#N/A"},{"$error":"#N/A"},{"$f":"INDEX(Tbl_DataInputNames,1,MATCH(\"Stdev\",Data_DataType,FALSE))","v":{"$error":"#N/A"}},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$f":"INDEX(Tbl_DataInputNames,1,MATCH(\"Stdev\",Data_DataType,FALSE))","v":{"$error":"#N/A"}},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$f":"INDEX(Tbl_DataInputNames,1,MATCH(\"Stdev\",Data_DataType,FALSE))","v":{"$error":"#N/A"}},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"}]
[null,2,{"$f":"IF(H17=TRUE,MAX($C$15:$C16)+1,\"Not Valid\")","v":"Not Valid"},"Hill CV","MultistageCancer 2","Continuous",4,false,null,"Response"]
[null,3,{"$f":"IF(H18=TRUE,MAX($C$15:$C17)+1,\"Not Valid\")","v":"Not Valid"},"Power CV","MultistageCancer 1","Continuous",2,false,null,"Incidence",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(ISNA(INDEX(Tbl_DataInputNames,1,MATCH(\"Incidence\",Data_DataType,FALSE))),\"\",INDEX(Tbl_DataInputNames,1,MATCH(\"Incidence\",Data_DataType,FALSE)))","v":"Incidence"},"Incidence","Incidence","Incidence","Incidence","Incidence","Incidence","Incidence","Incidence","Incidence","Incidence","Incidence","Incidence","Incidence","Incidence","Incidence","Incidence","Incidence","Incidence","Incidence","Incidence","Incidence","Incidence","Incidence","Incidence","Incidence","Incidence","Incidence","Incidence","Incidence","Incidence",{"$f":"IF(ISNA(INDEX(Tbl_DataInputNames,1,MATCH(\"Incidence\",Data_DataType,FALSE))),\"\",INDEX(Tbl_DataInputNames,1,MATCH(\"Incidence\",Data_DataType,FALSE)))","v":"Incidence"},"Incidence","Incidence","Incidence","Incidence","Incidence","Incidence","Incidence","Incidence","Incidence",{"$f":"IF(ISNA(INDEX(Tbl_DataInputNames,1,MATCH(\"Incidence\",Data_DataType,FALSE))),\"\",INDEX(Tbl_DataInputNames,1,MATCH(\"Incidence\",Data_DataType,FALSE)))","v":"Incidence"},"Incidence","Incidence","Incidence","Incidence","Incidence","Incidence","Incidence","Incidence",{"$f":"INDEX(Tbl_DataInputNames,1,MATCH(\"Incidence\",Data_DataType,FALSE))","v":"Incidence"},{"$f":"INDEX(Tbl_DataInputNames,1,MATCH(\"Incidence\",Data_DataType,FALSE))","v":"Incidence"},{"$f":"INDEX(Tbl_DataInputNames,1,MATCH(\"Incidence\",Data_DataType,FALSE))","v":"Incidence"}]
[null,4,{"$f":"IF(H19=TRUE,MAX($C$15:$C18)+1,\"Not Valid\")","v":"Not Valid"},"Polynomial 18 CV","Alternative: MultistageCancer-BgDose","Continuous",19,false,null,"% Positive",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(ISNA(INDEX(Tbl_DataInputNames,1,MATCH(\"PerInc\",Data_DataType,FALSE))),\"\",INDEX(Tbl_DataInputNames,1,MATCH(\"PerInc\",Data_DataType,FALSE)))","v":""},"","","","","","","","","","","","","","","","","","","","","","","","","","","","","","",{"$f":"IF(ISNA(INDEX(Tbl_DataInputNames,1,MATCH(\"PerInc\",Data_DataType,FALSE))),\"\",INDEX(Tbl_DataInputNames,1,MATCH(\"PerInc\",Data_DataType,FALSE)))","v":""},"","","","","","","","","",{"$f":"IF(ISNA(INDEX(Tbl_DataInputNames,1,MATCH(\"PerInc\",Data_DataType,FALSE))),\"\",INDEX(Tbl_DataInputNames,1,MATCH(\"PerInc\",Data_DataType,FALSE)))","v":""},"","","","","","","",""]
[null,5,{"$f":"IF(H20=TRUE,MAX($C$15:$C19)+1,\"Not Valid\")","v":"Not Valid"},"Polynomial 17 CV","-","Continuous",18,false,null,"Litter Size",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"[ADD]","[ADD]","[ADD]"]
[null,6,{"$f":"IF(H21=TRUE,MAX($C$15:$C20)+1,\"Not Valid\")","v":"Not Valid"},"Polynomial 16 CV","-","Continuous",17,false,null,"Dose Group"]
[null,7,{"$f":"IF(H22=TRUE,MAX($C$15:$C21)+1,\"Not Valid\")","v":"Not Valid"},"Polynomial 15 CV","-","Continuous",16,false,null,"Litter Specific Covariate",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"[ADD]","[ADD]","[ADD]"]
[null,8,{"$f":"IF(H23=TRUE,MAX($C$15:$C22)+1,\"Not Valid\")","v":"Not Valid"},"Polynomial 14 CV","-","Continuous",15,false,null,"Time"]
[null,9,{"$f":"IF(H24=TRUE,MAX($C$15:$C23)+1,\"Not Valid\")","v":"Not Valid"},"Polynomial 13 CV","-","Continuous",14,false,null,"Distribution","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal","Normal"]
[null,10,{"$f":"IF(H25=TRUE,MAX($C$15:$C24)+1,\"Not Valid\")","v":"Not Valid"},"Polynomial 12 CV","-","Continuous",13,false,null,"Solution",{"$f":"IF(K24=\"Normal\",\"Exact\",IF(K24=\"Lognormal\",\"Approximate\",\"\"))","v":"Exact"},"Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact",{"$f":"IF(AF24=\"Normal\",\"Exact\",IF(AF24=\"Lognormal\",\"Approximate\",\"\"))","v":"Exact"},"Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact","Exact"]
[null,11,{"$f":"IF(H26=TRUE,MAX($C$15:$C25)+1,\"Not Valid\")","v":"Not Valid"},"Polynomial 11 CV","-","Continuous",12,false,null,"Exposure Time",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,12,{"$f":"IF(H27=TRUE,MAX($C$15:$C26)+1,\"Not Valid\")","v":"Not Valid"},"Polynomial 10 CV","-","Continuous",11,false,null,"Background Degree",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,13,{"$f":"IF(H28=TRUE,MAX($C$15:$C27)+1,\"Not Valid\")","v":"Not Valid"},"Polynomial 9 CV","-","Continuous",10,false,null,"Risk Type","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra","Extra"]
[null,14,{"$f":"IF(H29=TRUE,MAX($C$15:$C28)+1,\"Not Valid\")","v":"Not Valid"},"Polynomial 8 CV","-","Continuous",9,false,null,"BMRF",1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1,0.1]
[null,15,{"$f":"IF(H30=TRUE,MAX($C$15:$C29)+1,\"Not Valid\")","v":"Not Valid"},"Polynomial 7 CV","-","Continuous",8,false,null,"Confidence Level",0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95]
[null,16,{"$f":"IF(H31=TRUE,MAX($C$15:$C30)+1,\"Not Valid\")","v":"Not Valid"},"Polynomial 6 CV","-","Continuous",7,false,null,"BMD Calculation",true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true]
[null,17,{"$f":"IF(H32=TRUE,MAX($C$15:$C31)+1,\"Not Valid\")","v":"Not Valid"},"Polynomial 5 CV","-","Continuous",6,false,null,"BMDL Curve. Calc.",false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false]
[null,18,{"$f":"IF(H33=TRUE,MAX($C$15:$C32)+1,\"Not Valid\")","v":"Not Valid"},"Polynomial 4 CV","-","Continuous",5,false,null,"Dose Groups",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"COUNTA(Data!$C$17:$C$41)","v":4},{"$f":"COUNTA(Data!$C$17:$C$41)","v":4},{"$f":"COUNTA(Data!$C$17:$C$41)","v":4}]
[null,19,{"$f":"IF(H34=TRUE,MAX($C$15:$C33)+1,\"Not Valid\")","v":"Not Valid"},"Polynomial 3 CV","-","Continuous",4,false,null,"Log of Dose",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,20,{"$f":"IF(H35=TRUE,MAX($C$15:$C34)+1,\"Not Valid\")","v":"Not Valid"},"Polynomial 2 CV","-","Continuous",3,false,null,"Restrict Slope >= 1?",false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,true,false,true,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false]
[null,21,{"$f":"IF(H36=TRUE,MAX($C$15:$C35)+1,\"Not Valid\")","v":"Not Valid"},"Linear CV","-",{"$f":"INDEX(Tbl_ModelOptionFiles,MATCH(F$15,ModelOptionFile_ColList,FALSE),MATCH($D36,R_ModelOptionHeader,FALSE))","v":"Continuous"},2,false,null,"Power Lower Bound",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1]
[null,22,{"$f":"IF(H37=TRUE,MAX($C$15:$C36)+1,\"Not Valid\")","v":"Not Valid"},"Exponential NCV","-","Continuous",2,false,null,"Restrict Power >= 1?",true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true]
[null,23,{"$f":"IF(H38=TRUE,MAX($C$15:$C37)+1,\"Not Valid\")","v":"Not Valid"},"Hill NCV","-","Continuous",4,false,null,"Restrict Betas >= 0?",false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,false,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,false,false,false,false,false,false,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,false,false,false]
[null,24,{"$f":"IF(H39=TRUE,MAX($C$15:$C38)+1,\"Not Valid\")","v":"Not Valid"},"Power NCV","-","Continuous",2,false,null,"Restrict n>1?",true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true,true]
[null,25,{"$f":"IF(H40=TRUE,MAX($C$15:$C39)+1,\"Not Valid\")","v":"Not Valid"},"Polynomial 18 NCV","-","Continuous",19,false,null,"Log of Independent Var.",1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1]
[null,26,{"$f":"IF(H41=TRUE,MAX($C$15:$C40)+1,\"Not Valid\")","v":"Not Valid"},"Polynomial 17 NCV","-","Continuous",18,false,null,"Degree of Polynomial",3,3,3,18,17,16,15,14,13,12,11,10,9,8,7,6,5,4,3,2,1,3,3,3,18,17,16,15,14,13,12,11,10,9,8,7,6,5,4,3,2,1,2,2,2,2,2,2,2,18,17,16,15,14,13,12,11,10,9,8,7,6,5,4,3,2,2,2,2,2,2,2,{"$f":"Data_NumDG-1","v":3},18,17,16,15,14,13,12,11,10,9,8,7,6,5,4,3,2,1,{"$f":"Data_NumDG-1","v":3},2,2,2]
[null,27,{"$f":"IF(H42=TRUE,MAX($C$15:$C41)+1,\"Not Valid\")","v":"Not Valid"},"Polynomial 16 NCV","-","Continuous",17,false,null,"Show Linear Extrapolation",1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1]
[null,28,{"$f":"IF(H43=TRUE,MAX($C$15:$C42)+1,\"Not Valid\")","v":"Not Valid"},"Polynomial 15 NCV","-","Continuous",16,false,null,"Restriction","None","None","None",{"$f":"IF(Data_DRTrend=\"increasing\",\"Non-negative\",\"Non-positive\")","v":"Non-positive"},"Non-positive","Non-positive","Non-positive","Non-positive","Non-positive","Non-positive","Non-positive","Non-positive","Non-positive","Non-positive","Non-positive","Non-positive","Non-positive","Non-positive","Non-positive","Non-positive","None","None","None","None",{"$f":"IF(Data_DRTrend=\"increasing\",\"Non-negative\",\"Non-positive\")","v":"Non-positive"},"Non-positive","Non-positive","Non-positive","Non-positive","Non-positive","Non-positive","Non-positive","Non-positive","Non-positive","Non-positive","Non-positive","Non-positive","Non-positive","Non-positive","Non-positive","Non-positive","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None"]
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[null,34,{"$f":"IF(H49=TRUE,MAX($C$15:$C48)+1,\"Not Valid\")","v":"Not Valid"},"Polynomial 9 NCV","-","Continuous",10,false,null,"Intralitter Correlations","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate","Estimate"]
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[null,36,{"$f":"IF(H51=TRUE,MAX($C$15:$C50)+1,\"Not Valid\")","v":"Not Valid"},"Polynomial 7 NCV","-","Continuous",8,false,null,"BMR Risk Level",0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05]
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[null,38,{"$f":"IF(H53=TRUE,MAX($C$15:$C52)+1,\"Not Valid\")","v":"Not Valid"},"Polynomial 5 NCV","-","Continuous",6,false,null,"Adverse Definition","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate","Background Rate"]
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[null,46,{"$f":"IF(H61=TRUE,MAX($C$15:$C60)+1,\"Not Valid\")","v":"Not Valid"},"LogLogistic","-","Dichotomous",2,false,null,"Chemical Name"]
[null,47,{"$f":"IF(H62=TRUE,MAX($C$15:$C61)+1,\"Not Valid\")","v":"Not Valid"},"Probit","-","Dichotomous",2,false,null,"Expoure Type"]
[null,48,{"$f":"IF(H63=TRUE,MAX($C$15:$C62)+1,\"Not Valid\")","v":"Not Valid"},"LogProbit","-","Dichotomous",2,false,null,"Species Name"]
[null,49,{"$f":"IF(H64=TRUE,MAX($C$15:$C63)+1,\"Not Valid\")","v":"Not Valid"},"Weibull","-","Dichotomous",2,false,null,"Gender"]
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[null,"     ","     ","<BEREST DataType=\"Boolean\" Caption=\"Restrict Betas &gt;=0\" SelectOpt=\"\">",{"$f":"IF(ISBLANK(INDIRECT(CurrentColumn&$I43)),\"\",IF(INDIRECT(CurrentColumn&$I43)=TRUE,1,0))","v":""},null,null,"</BEREST>",68]
[null,"     ","     ","<NREST DataType=\"Boolean\" Caption=\"Restrict n &gt; 1\" SelectOpt=\"\">",{"$f":"IF(ISBLANK(INDIRECT(CurrentColumn&$I44)),\"\",IF(INDIRECT(CurrentColumn&$I44)=TRUE,1,0))","v":""},null,null,"</NREST>",69]
[null,"     ","     ","<LGIV DataType=\"Boolean\" Caption=\"Log of Independent Var.\" SelectOpt=\"\">",{"$f":"IF(ISBLANK(INDIRECT(CurrentColumn&$I45)),\"\",IF(INDIRECT(CurrentColumn&$I45)=TRUE,1,0))","v":""},null,null,"</LGIV>",70]
[null,"     ","     ","<DEGP DataType=\"Integer\" Caption=\"Degree of Polynomial\" SelectOpt=\"\">",{"$f":"IF(ISBLANK(INDIRECT(CurrentColumn&$I46)),\"\",INDIRECT(CurrentColumn&$I46))","v":""},null,null,"</DEGP>",71]
[null,"     ","     ","<SLNRE DataType=\"Boolean\" Caption=\"Show Linear Extrapolation\" SelectOpt=\"\">",{"$f":"IF(ISBLANK(INDIRECT(CurrentColumn&$I47)),\"\",IF(INDIRECT(CurrentColumn&$I47)=TRUE,1,0))","v":""},null,null,"</SLNRE>",72]
[null,"     ","     ","<REST DataType=\"String\" Caption=\"Restriction\" SelectOpt=\"None:Non-positive:Non-negative\">",{"$f":"IF(ISBLANK(INDIRECT(CurrentColumn&$I48)),\"\",INDIRECT(CurrentColumn&$I48))","v":""},null,null,"</REST>",73]
[null,"     ","     ","<ADVD DataType=\"String\" Caption=\"Adverse Direction\" SelectOpt=\"Automatic:Up:Down\">",{"$f":"IF(ISBLANK(INDIRECT(CurrentColumn&$I49)),\"\",INDIRECT(CurrentColumn&$I49))","v":""},null,null,"</ADVD>",74]
[null,"     ","     ","<BMRT DataType=\"String\" Caption=\"BMR Type\" SelectOpt=\"Rel. Dev.:Abs. Dev.:Std. Dev.:Point:Extra\">",{"$f":"IF(ISBLANK(INDIRECT(CurrentColumn&$I50)),\"\",INDIRECT(CurrentColumn&$I50))","v":""},null,null,"</BMRT>",75]
[null,"     ","     ","<CVAR DataType=\"Boolean\" Caption=\"Constant Variance(Rho=0)\" SelectOpt=\"\">",{"$f":"IF(ISBLANK(INDIRECT(CurrentColumn&$I51)),\"\",IF(INDIRECT(CurrentColumn&$I51)=TRUE,1,0))","v":""},null,null,"</CVAR>",76]
[null,"     ","     ","<FLTS DataType=\"String\" Caption=\"Fixed Litter Size\" SelectOpt=\"Control Group Mean:Overall Mean\">",{"$f":"IF(ISBLANK(INDIRECT(CurrentColumn&$I52)),\"\",INDIRECT(CurrentColumn&$I52))","v":""},null,null,"</FLTS>",77]
[null,"     ","     ","<ULSC DataType=\"String\" Caption=\"Litter Specific Covariate\" SelectOpt=\"Use:Do not Use\">","",null,null,"</ULSC>",78]
[null,"     ","     ","<ILTC DataType=\"String\" Caption=\"Intralitter Correlations\" SelectOpt=\"Estimate:Assume Zero\">","",null,null,"</ILTC>",79]
[null,"     ","     ","<USERNOTES DataType=\"String\" Caption=\"User Notes\" SelectOpt=\"\">","",null,null,"</USERNOTES>",80]
[null,"     ","     ","<BMRL DataType=\"Double\" Caption=\"BMR Risk Level\" SelectOpt=\"\">","",null,null,"</BMRL>",81]
[null,"     ","     ","<BMDM DataType=\"String\" Caption=\"Adverse Direction\" SelectOpt=\"Uppertail:Lowertail:Bothside\" Selected=\"Lowertail\">","",null,null,"</BMDM>",82]
[null,"     ","     ","<ADDE DataType=\"String\" Caption=\"Adverse Definition\" SelectOpt=\"Background Rate:Cut Point\" Selected=\"Background Rate\">","",null,null,"</ADDE>",83]
[null,"     ","     ","<SPRL DataType=\"Double\" Caption=\"Adverse Level\" SelectOpt=\"\">","",null,null,"</SPRL>",84]
[null,"     ","     ","<THOL DataType=\"Double\" Caption=\"Low Cut-off\" SelectOpt=\"\">","",null,null,"</THOL>",85]
[null,"     ","     ","<UPTL DataType=\"Double\" Caption=\"High Cut-off\" SelectOpt=\"\">","",null,null,"</UPTL>",86]
[null,"     ","     ","<TSCI DataType=\"Boolean\" Caption=\"Use Two Sided CI?\" SelectOpt=\"FALSE:TRUE\" Selected=\"FALSE\">",{"$f":"IF(ISBLANK(INDIRECT(CurrentColumn&$I62)),\"\",IF(INDIRECT(CurrentColumn&$I62)=TRUE,1,0))","v":""},null,null,"</TSCI>",87]
[null,"     ","     ","<TCLVL DataType=\"Float\" Caption=\"Confidence Level\" SelectOpt=\"\">",{"$f":"IF(ISBLANK(INDIRECT(CurrentColumn&$I63)),\"\",INDIRECT(CurrentColumn&$I63))","v":""},null,null,"</TCLVL>",88]
[null,"     ","     ","<NBSR DataType=\"Integer\" Caption=\"Bootstrap Iterations\" SelectOpt=\"\">",{"$f":"IF(ISBLANK(INDIRECT(CurrentColumn&$I64)),\"\",INDIRECT(CurrentColumn&$I64))","v":""},null,null,"</NBSR>",89]
[null,"     ","     ","<SBSR DataType=\"Boolean\" Caption=\"Save Bootstrap Result?\" SelectOpt=\"FALSE:TRUE\" Selected=\"FALSE\">",{"$f":"IF(ISBLANK(INDIRECT(CurrentColumn&$I65)),\"\",IF(INDIRECT(CurrentColumn&$I65)=TRUE,1,0))","v":""},null,null,"</SBSR>",90]
[null,"     ","     ","<CHNA DataType=\"String\" Caption=\"Chemical Name\" SelectOpt=\"\">",{"$f":"IF(ISBLANK(INDIRECT(CurrentColumn&$I66)),\"\",INDIRECT(CurrentColumn&$I66))","v":""},null,null,"</CHNA>",91]
[null,"     ","     ","<EXTY DataType=\"String\" Caption=\"Exposure Type\" SelectOpt=\"\">",{"$f":"IF(ISBLANK(INDIRECT(CurrentColumn&$I67)),\"\",INDIRECT(CurrentColumn&$I67))","v":""},null,null,"</EXTY>",92]
[null,"     ","     ","<SPEC DataType=\"String\" Caption=\"Species Name\" SelectOpt=\"\">",{"$f":"IF(ISBLANK(INDIRECT(CurrentColumn&$I68)),\"\",INDIRECT(CurrentColumn&$I68))","v":""},null,null,"</SPEC>",93]
[null,"     ","     ","<GEND DataType=\"String\" Caption=\"Gender\" SelectOpt=\"\">",{"$f":"IF(ISBLANK(INDIRECT(CurrentColumn&$I69)),\"\",INDIRECT(CurrentColumn&$I69))","v":""},null,null,"</GEND>",94]
[null,"     ","     ","<MOD2 DataType=\"Boolean\" Caption=\"Model 2\" SelectOpt=\"\">",{"$f":"IF(ISBLANK(INDIRECT(CurrentColumn&$I70)),\"\",IF(INDIRECT(CurrentColumn&$I70)=TRUE,1,0))","v":""},null,null,"</MOD2>",95]
[null,"     ","     ","<MOD3 DataType=\"Boolean\" Caption=\"Model 3\" SelectOpt=\"\">",{"$f":"IF(ISBLANK(INDIRECT(CurrentColumn&$I71)),\"\",IF(INDIRECT(CurrentColumn&$I71)=TRUE,1,0))","v":""},null,null,"</MOD3>",96]
[null,"     ","     ","<MOD4 DataType=\"Boolean\" Caption=\"Model 4\" SelectOpt=\"\">",{"$f":"IF(ISBLANK(INDIRECT(CurrentColumn&$I72)),\"\",IF(INDIRECT(CurrentColumn&$I72)=TRUE,1,0))","v":""},null,null,"</MOD4>",97]
[null,"     ","     ","<MOD5 DataType=\"Boolean\" Caption=\"Model 5\" SelectOpt=\"\">",{"$f":"IF(ISBLANK(INDIRECT(CurrentColumn&$I73)),\"\",IF(INDIRECT(CurrentColumn&$I73)=TRUE,1,0))","v":""},null,null,"</MOD5>",98]
[null,"     ","     ","<GRPD DataType=\"Boolean\" Caption=\"Grouped\" SelectOpt=\"\">",{"$f":"IF(ISBLANK(INDIRECT(CurrentColumn&$I74)),\"\",IF(INDIRECT(CurrentColumn&$I74)=TRUE,1,0))","v":""},null,null,"</GRPD>",99]
[null,"     ","</Standard>"]
[null,"     ","<Advanced>"]
[null,"     ","     ","<ITER DataType=\"Integer\" Caption=\"Iteration\" SelectOpt=\"\">",{"$f":"IF(ISBLANK(INDIRECT(CurrentColumn&$I77)),\"\",INDIRECT(CurrentColumn&$I77))","v":""},null,null,"</ITER>",{"$f":"I74+1","v":100}]
[null,"     ","     ","<RELF DataType=\"Double\" Caption=\"Relative Function\" SelectOpt=\"\">",{"$f":"IF(ISBLANK(INDIRECT(CurrentColumn&$I78)),\"\",INDIRECT(CurrentColumn&$I78))","v":""},null,null,"</RELF>",{"$f":"I77+1","v":101}]
[null,"     ","     ","<PARM DataType=\"Double\" Caption=\"Parameter\" SelectOpt=\"\">",{"$f":"IF(ISBLANK(INDIRECT(CurrentColumn&$I79)),\"\",INDIRECT(CurrentColumn&$I79))","v":""},null,null,"</PARM>",{"$f":"I78+1","v":102}]
[null,"     ","     ","<BKPA DataType=\"Double\" Caption=\"Background\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"",{"$f":"IF(NOT(ISBLANK(INDIRECT(CurrentColumn&$I80))),LEFT(INDIRECT(CurrentColumn&$I80),FIND(\",\",INDIRECT(CurrentColumn&$I80))-1),\"\")","v":""},"\">",{"$f":"IF(NOT(ISBLANK(INDIRECT(CurrentColumn&$I80))),RIGHT(INDIRECT(CurrentColumn&$I80),LEN(INDIRECT(CurrentColumn&$I80)) - FIND(\",\",INDIRECT(CurrentColumn&$I80))),\"\")","v":""},"</BKPA>",103]
[null,"     ","     ","<SLPA DataType=\"Double\" Caption=\"Slope\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</SLPA>",104]
[null,"     ","     ","<POPA DataType=\"Double\" Caption=\"Power\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</POPA>",105]
[null,"     ","     ","<ALPH DataType=\"Double\" Caption=\"Alpha\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</ALPH>",106]
[null,"     ","     ","<RHO DataType=\"Double\" Caption=\"Rho\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</RHO>",107]
[null,"     ","     ","<CTRL DataType=\"Double\" Caption=\"Control\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</CTRL>",108]
[null,"     ","     ","<INPA DataType=\"Double\" Caption=\"Intercept\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</INPA>",109]
[null,"     ","     ","<BETA DataType=\"Double\" Caption=\"Beta\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</BETA>",110]
[null,"     ","     ","<B0PA DataType=\"Double\" Caption=\"Beta0\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</B0PA>",111]
[null,"     ","     ","<B1PA DataType=\"Double\" Caption=\"Beta1\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</B1PA>",112]
[null,"     ","     ","<B2PA DataType=\"Double\" Caption=\"Beta2\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</B2PA>",113]
[null,"     ","     ","<B3PA DataType=\"Double\" Caption=\"Beta3\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</B3PA>",114]
[null,"     ","     ","<B4PA DataType=\"Double\" Caption=\"Beta4\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</B4PA>",115]
[null,"     ","     ","<B5PA DataType=\"Double\" Caption=\"Beta5\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</B5PA>",116]
[null,"     ","     ","<B6PA DataType=\"Double\" Caption=\"Beta6\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</B6PA>",117]
[null,"     ","     ","<B7PA DataType=\"Double\" Caption=\"Beta7\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</B7PA>",118]
[null,"     ","     ","<B8PA DataType=\"Double\" Caption=\"Beta8\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</B8PA>",119]
[null,"     ","     ","<B9PA DataType=\"Double\" Caption=\"Beta9\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</B9PA>",120]
[null,"     ","     ","<B10PA DataType=\"Double\" Caption=\"Beta10\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</B10PA>",121]
[null,"     ","     ","<B11PA DataType=\"Double\" Caption=\"Beta11\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</B11PA>",122]
[null,"     ","     ","<B12PA DataType=\"Double\" Caption=\"Beta12\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</B12PA>",123]
[null,"     ","     ","<B13PA DataType=\"Double\" Caption=\"Beta13\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</B13PA>",124]
[null,"     ","     ","<B14PA DataType=\"Double\" Caption=\"Beta14\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</B14PA>",125]
[null,"     ","     ","<B15PA DataType=\"Double\" Caption=\"Beta15\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</B15PA>",126]
[null,"     ","     ","<B16PA DataType=\"Double\" Caption=\"Beta16\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</B16PA>",127]
[null,"     ","     ","<B17PA DataType=\"Double\" Caption=\"Beta17\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</B17PA>",128]
[null,"     ","     ","<B18PA DataType=\"Double\" Caption=\"Beta18\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</B18PA>",129]
[null,"     ","     ","<T1PA DataType=\"Double\" Caption=\"Theta1\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</T1PA>",{"$f":"I96+1","v":120}]
[null,"     ","     ","<T2PA DataType=\"Double\" Caption=\"Theta2\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</T2PA>",121]
[null,"     ","     ","<P1PA DataType=\"Double\" Caption=\"Phi1\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</P1PA>",122]
[null,"     ","     ","<P2PA DataType=\"Double\" Caption=\"Phi2\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</P2PA>",123]
[null,"     ","     ","<P3PA DataType=\"Double\" Caption=\"Phi3\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</P3PA>",124]
[null,"     ","     ","<P4PA DataType=\"Double\" Caption=\"Phi4\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</P4PA>",125]
[null,"     ","     ","<P5PA DataType=\"Double\" Caption=\"Phi5\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</P5PA>",126]
[null,"     ","     ","<P6PA DataType=\"Double\" Caption=\"Phi6\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</P6PA>",127]
[null,"     ","     ","<P7PA DataType=\"Double\" Caption=\"Phi7\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</P7PA>",128]
[null,"     ","     ","<P8PA DataType=\"Double\" Caption=\"Phi8\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</P8PA>",129]
[null,"     ","     ","<P9PA DataType=\"Double\" Caption=\"Phi9\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</P9PA>",130]
[null,"     ","     ","<P10PA DataType=\"Double\" Caption=\"Phi10\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</P10PA>",131]
[null,"     ","     ","<VPAR DataType=\"Double\" Caption=\"v\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</VPAR>",132]
[null,"     ","     ","<GPAR DataType=\"Double\" Caption=\"g\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</GPAR>",133]
[null,"     ","     ","<NPAR DataType=\"Double\" Caption=\"n\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</NPAR>",134]
[null,"     ","     ","<KPAR DataType=\"Double\" Caption=\"k\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"","","\">","","</KPAR>",135]
[null,"     ","     ","<BKV DataType=\"Double\" Caption=\"Background Value\" SelectOpt=\"\">","",null,null,"</BKV>",136]
[null,"     ","     ","<SLV DataType=\"Double\" Caption=\"Slope Value\" SelectOpt=\"\">",{"$f":"IF(ISBLANK(INDIRECT(CurrentColumn&$I124)),\"\",INDIRECT(CurrentColumn&$I124))","v":""},null,null,"</SLV>",137]
[null,"     ","     ","<POV DataType=\"Double\" Caption=\"Power Value\" SelectOpt=\"\">","",null,null,"</POV>",138]
[null,"     ","     ","<CTIT DataType=\"String\" Caption=\"Chart Title (optional)\" SelectOpt=\"\" Selected=\"\">","",null,null,"</CTIT>",139]
[null,"     ","     ","<TALS DataType=\"String\" Caption=\"Time Axis Scale\" SelectOpt=\"Natural:Log\" Selected=\"Natural\">","",null,null,"</TALS>",140]
[null,"     ","     ","<NTPT DataType=\"Integer\" Caption=\"# of Time Points\" SelectOpt=\"\" Selected=\"\">","",null,null,"</NTPT>",141]
[null,"     ","     ","<XAMI DataType=\"Double\" Caption=\"X-Axis Minimum Value\" SelectOpt=\"\" Selected=\"\">","",null,null,"</XAMI>",142]
[null,"     ","     ","<XAMX DataType=\"Double\" Caption=\"X-Axis Maximum Value\" SelectOpt=\"\" Selected=\"\">","",null,null,"</XAMX>",143]
[null,"     ","     ","<YAMI DataType=\"Double\" Caption=\"Y-Axis Minimum Value\" SelectOpt=\"\" Selected=\"\">","",null,null,"</YAMI>",144]
[null,"     ","     ","<YAMX DataType=\"Double\" Caption=\"Y-Axis Maximum Value\" SelectOpt=\"\" Selected=\"\">","",null,null,"</YAMX>",145]
[null,"     ","     ","<SVA0 DataType=\"Double\" Caption=\"A0\" SelectOpt=\"Default:Initialized\" Selected=\"Default\">","",null,null,"</SVA0>",146]
[null,"     ","     ","<SVB0 DataType=\"Double\" Caption=\"B0\" SelectOpt=\"Default:Initialized\" Selected=\"Default\">","",null,null,"</SVB0>",147]
[null,"     ","     ","<SVC0 DataType=\"Double\" Caption=\"C0\" SelectOpt=\"Default:Initialized\" Selected=\"Default\">","",null,null,"</SVC0>",148]
[null,"     ","     ","<SVK0 DataType=\"Double\" Caption=\"K0\" SelectOpt=\"Default:Initialized\" Selected=\"Default\">","",null,null,"</SVK0>",149]
[null,"     ","     ","<SVA1 DataType=\"Double\" Caption=\"A1\" SelectOpt=\"Default:Initialized\" Selected=\"Default\">","",null,null,"</SVA1>",150]
[null,"     ","     ","<SVA2 DataType=\"Double\" Caption=\"A2\" SelectOpt=\"Default:Initialized\" Selected=\"Default\">","",null,null,"</SVA2>",151]
[null,"     ","     ","<LALP2 DataType=\"Double\" Caption=\"lnAlpha\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"Default\">","",null,null,"</LALP2>",152]
[null,"     ","     ","<RHO2 DataType=\"Double\" Caption=\"Rho\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"Default\">","",null,null,"</RHO2>",153]
[null,"     ","     ","<APAR2 DataType=\"Double\" Caption=\"a\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"Default\">","",null,null,"</APAR2>",154]
[null,"     ","     ","<BPAR2 DataType=\"Double\" Caption=\"b\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"Default\">","",null,null,"</BPAR2>",155]
[null,"     ","     ","<CPAR2 DataType=\"Double\" Caption=\"c\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"Default\">","",null,null,"</CPAR2>",156]
[null,"     ","     ","<DPAR2 DataType=\"Double\" Caption=\"d\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"Default\">","",null,null,"</DPAR2>",157]
[null,"     ","     ","<LALP3 DataType=\"Double\" Caption=\"lnAlpha\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"Default\">","",null,null,"</LALP3>",158]
[null,"     ","     ","<RHO3 DataType=\"Double\" Caption=\"Rho\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"Default\">","",null,null,"</RHO3>",159]
[null,"     ","     ","<APAR3 DataType=\"Double\" Caption=\"a\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"Default\">","",null,null,"</APAR3>",160]
[null,"     ","     ","<BPAR3 DataType=\"Double\" Caption=\"b\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"Default\">","",null,null,"</BPAR3>",161]
[null,"     ","     ","<CPAR3 DataType=\"Double\" Caption=\"c\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"Default\">","",null,null,"</CPAR3>",162]
[null,"     ","     ","<DPAR3 DataType=\"Double\" Caption=\"d\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"Default\">","",null,null,"</DPAR3>",163]
[null,"     ","     ","<LALP4 DataType=\"Double\" Caption=\"lnAlpha\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"Default\">","",null,null,"</LALP4>",164]
[null,"     ","     ","<RHO4 DataType=\"Double\" Caption=\"Rho\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"Default\">","",null,null,"</RHO4>",165]
[null,"     ","     ","<APAR4 DataType=\"Double\" Caption=\"a\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"Default\">","",null,null,"</APAR4>",{"$f":"I152+1","v":166}]
[null,"     ","     ","<BPAR4 DataType=\"Double\" Caption=\"b\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"Default\">","",null,null,"</BPAR4>",167]
[null,"     ","     ","<CPAR4 DataType=\"Double\" Caption=\"c\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"Default\">","",null,null,"</CPAR4>",168]
[null,"     ","     ","<DPAR4 DataType=\"Double\" Caption=\"d\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"Default\">","",null,null,"</DPAR4>",169]
[null,"     ","     ","<LALP5 DataType=\"Double\" Caption=\"lnAlpha\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"Default\">","",null,null,"</LALP5>",170]
[null,"     ","     ","<RHO5 DataType=\"Double\" Caption=\"Rho\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"Default\">","",null,null,"</RHO5>",171]
[null,"     ","     ","<APAR5 DataType=\"Double\" Caption=\"a\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"Default\">","",null,null,"</APAR5>",172]
[null,"     ","     ","<BPAR5 DataType=\"Double\" Caption=\"b\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"Default\">","",null,null,"</BPAR5>",173]
[null,"     ","     ","<CPAR5 DataType=\"Double\" Caption=\"c\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"Default\">","",null,null,"</CPAR5>",174]
[null,"     ","     ","<DPAR5 DataType=\"Double\" Caption=\"d\" SelectOpt=\"Default:Specified:Initialized\" Selected=\"Default\">","",null,null,"</DPAR5>",175]
[null,"     ","</Advanced>"]
[null,"</Settings>"]

{"sheet":"Define Bounds","index":8,"n_rows":55,"n_cols":8,"rows_kept":55,"cut":false,"hidden":true,"merged":[]}
[]
[null,"BMDS Wizard"]
[]
[null,"Define and Test BMDS Parameter Bounds"]
[]
[]
[null,"Bound Table",null,null,null,null,"Generated by Wizard Macro"]
[null,"Model","Variable","Fails if…","Notes",null,"Parameter","Value"]
[null,"Exponential (M3)","d","= 1","hit bound (d = 1)",null,"Model:","Polynomial"]
[null,"Exponential (M3)","d","< 1","unrestricted (d < 1)",null,"Current Variable:","beta_3"]
[null,"Exponential (M5)","d","= 1","hit bound (d = 1)",null,"Current Value:",-1.5206499999999999E-5]
[null,"Exponential (M5)","d","< 1","unrestricted (d < 1)",null,"Current Restriction:","= 0"]
[null,"Polynomial","Beta_1","= 0","β1  = 0",null,"Note to include","unrestricted (power < 1)"]
[null,"Polynomial","Beta_2","= 0","β2  = 0",null,"Pass/Fail?",{"$f":" IF(AND(ParamBound_Val = 0,NOT(ISBLANK(ParamBound_Val))),\"FAIL\",\"PASS\")","v":"PASS"}]
[null,"Polynomial","Beta_3","= 0","β3  = 0"]
[null,"Polynomial","Beta_4","= 0","β4  = 0"]
[null,"Polynomial","Beta_5","= 0","β5  = 0"]
[null,"Polynomial","Beta_6","= 0","β6  = 0"]
[null,"Polynomial","Beta_7","= 0","β7  = 0"]
[null,"Polynomial","Beta_8","= 0","β8  = 0"]
[null,"Hill","n","= 1","hit bound (n = 1)"]
[null,"Hill","n","< 1","unrestricted (n < 1)"]
[null,"Hill","n","= 18","hit upper bound (n = 18)"]
[null,"Power","Power","= 1","hit bound (power = 1)"]
[null,"Power","Power","< 1","unrestricted (power < 1)"]
[null,"Gamma","Power","= 1","hit bound (power = 1)"]
[null,"Gamma","Power","< 1","unrestricted (power < 1)"]
[null,"Logistic","Power","= 1","hit bound (power = 1)"]
[null,"Logistic","Power","< 1","unrestricted (power < 1)"]
[null,"LogLogistic","Slope","= 1","hit bound (slope = 1)"]
[null,"LogLogistic","Slope","< 1","unrestricted (slope < 1)"]
[null,"LogLogistic","Power","= 1","hit bound (power = 1)"]
[null,"LogLogistic","Power","< 1","unrestricted (power < 1)"]
[null,"LogProbit","Slope","= 1","hit bound (slope = 1)"]
[null,"LogProbit","Slope","< 1","unrestricted (slope < 1)"]
[null,"Multistage","Beta(1)","= 0","β1  = 0"]
[null,"Multistage","Beta(2)","= 0","β2  = 0"]
[null,"Multistage","Beta(3)","= 0","β3  = 0"]
[null,"Multistage","Beta(4)","= 0","β4  = 0"]
[null,"Multistage","Beta(5)","= 0","β5  = 0"]
[null,"Multistage","Beta(6)","= 0","β6  = 0"]
[null,"Multistage","Beta(7)","= 0","β7  = 0"]
[null,"Multistage","Beta(8)","= 0","β8  = 0"]
[null,"Probit","Power","= 1","hit bound (power = 1)"]
[null,"Probit","Power","< 1","unrestricted (power < 1)"]
[null,"Weibull","Power","= 1","hit bound (power = 1)"]
[null,"Weibull","Power","< 1","unrestricted (power < 1)"]
[null,"Multistage-Cancer","Beta(1)","= 0","β1  = 0"]
[null,"Multistage-Cancer","Beta(2)","= 0","β2  = 0"]
[null,"Multistage-Cancer","Beta(3)","= 0","β3  = 0"]
[null,"Multistage-Cancer","Beta(4)","= 0","β4  = 0"]
[null,"Multistage-Cancer","Beta(5)","= 0","β5  = 0"]
[null,"Multistage-Cancer","Beta(6)","= 0","β6  = 0"]
[null,"Multistage-Cancer","Beta(7)","= 0","β7  = 0"]
[null,"Multistage-Cancer","Beta(8)","= 0","β8  = 0"]

{"sheet":"Output","index":9,"n_rows":7,"n_cols":4,"rows_kept":7,"cut":false,"hidden":true,"merged":[[3,3,3,4]]}
[]
[null,"BMDS Wizard"]
[]
[null,"Model OUT and EMF file archive",null,"Back to Results"]
[]
[]
[null,"EMF Name","OUT File","Type"]

{"sheet":"ReportTables","index":10,"n_rows":8,"n_cols":82,"rows_kept":8,"cut":false,"hidden":true,"merged":[]}
[]
[null,"BMDS Wizard"]
[]
[null,"Report Tables"]
[]
[null,"Di_Param",null,null,null,null,null,"Di_Dev",null,null,null,null,null,null,null,null,"Di_GoodFit",null,null,null,null,null,null,null,null,"Di_Extra",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Co_Param",null,null,null,null,null,"Co_GoodFit",null,null,null,null,null,null,null,null,null,"Co_Dev",null,null,null,null,null,null,"Co_Like",null,null,null,null,null,null,"Co_Extra"]
[null,"Dichotomous Parameter Table",null,null,null,null,null,"Dichotomous Analysis of  Deviance Table",null,null,null,null,null,null,null,null,"Dichotomous Goodness of Fit Table",null,null,null,null,null,null,null,null,"Dichotomous Extra Data",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Continuous Parameter Estimates",null,null,null,null,null,"Continuous Data and Estimated Values of Interest",null,null,null,null,null,null,null,null,null,"Continuous Likelihoods of Interest",null,null,null,null,null,null,"Continuous Tests of Interest and Other Data",null,null,null,null,null,null,"Continuous Other Data"]
[null,"Model output file name","Model name","Variable","Estimate","(Default) Initial Parameter Values",null,"Model output file name","Model name","Model Type","Log(likelihood)","# Param's","Deviance","Test d.f.","p-value",null,"Model output file name","Model name","Dose","Est Prob. ","Expected","Observed","Size","Scaled Resid",null,"Model output file name","Model name","AIC","Ch^2","d.f","p-value","BMR type","BMD","BMDL","Confidence Level","BMDU","MultiStage Cancer Slope Factor","First Line","Second Line","Third Line","Warning",null,"Model output file name","Model name","Variable","Estimate","(Default) Initial Parameter Values",null,"Model output file name","Model name","Dose","N","Obs Mean","Est Mean","Obs St Dev","Est St Dev","Scaled Resid",null,"Model output file name","Model name","Model Type","Log(likelihood)","# Param's","AIC",null,"Model output file name","Model name","Test","-2*LOG(Likelihood Ratio)","Test DF","p-value",null,"Model output file name","Model name","BMR Type","BMD","BMDL","Confidence Level","First Line","Second Line","Third Line","Warnings"]

{"sheet":"ModelMerging","index":11,"n_rows":498,"n_cols":7,"rows_kept":498,"cut":false,"hidden":true,"merged":[]}
[]
[null,"BMDS Wizard"]
[]
[null,"Model Merging tables"]
[]
[]
[null,"Type","Starting Model","Reduced to","Table Match Footnote","Exact Match Footnote","Multiple Footnote Table"]
[null,"Continuous","Exponential (M2)","Exponential (M3)",{"$f":"\"The \" &C8& \" model may appear equivalent to the \" &D8 & \" model, however differences exist in digits not displayed in the table. \"","v":"The Exponential (M2) model may appear equivalent to the Exponential (M3) model, however differences exist in digits not displayed in the table. "},"N/A",{"$f":"\"This also applies to the \"&D8& \" model. \"","v":"This also applies to the Exponential (M3) model. "}]
[null,"Continuous","Exponential (M2)","Exponential (M4)",{"$f":"\"The \" &C9& \" model may appear equivalent to the \" &D9 & \" model, however differences exist in digits not displayed in the table. \"","v":"The Exponential (M2) model may appear equivalent to the Exponential (M4) model, however differences exist in digits not displayed in the table. "},"N/A",{"$f":"\"This also applies to the \"&D9& \" model. \"","v":"This also applies to the Exponential (M4) model. "}]
[null,"Continuous","Exponential (M2)","Exponential (M5)","The Exponential (M2) model may appear equivalent to the Exponential (M5) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M5) model. "]
[null,"Continuous","Exponential (M2)","Hill","The Exponential (M2) model may appear equivalent to the Hill model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Hill model. "]
[null,"Continuous","Exponential (M2)","Linear","The Exponential (M2) model may appear equivalent to the Linear model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Linear model. "]
[null,"Continuous","Exponential (M2)","Polynomial 1°","The Exponential (M2) model may appear equivalent to the Polynomial 1° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 1° model. "]
[null,"Continuous","Exponential (M2)","Polynomial 2°","The Exponential (M2) model may appear equivalent to the Polynomial 2° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 2° model. "]
[null,"Continuous","Exponential (M2)","Polynomial 3°","The Exponential (M2) model may appear equivalent to the Polynomial 3° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 3° model. "]
[null,"Continuous","Exponential (M2)","Polynomial 4°","The Exponential (M2) model may appear equivalent to the Polynomial 4° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 4° model. "]
[null,"Continuous","Exponential (M2)","Polynomial 5°","The Exponential (M2) model may appear equivalent to the Polynomial 5° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 5° model. "]
[null,"Continuous","Exponential (M2)","Polynomial 6°","The Exponential (M2) model may appear equivalent to the Polynomial 6° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 6° model. "]
[null,"Continuous","Exponential (M2)","Polynomial 7°","The Exponential (M2) model may appear equivalent to the Polynomial 7° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 7° model. "]
[null,"Continuous","Exponential (M2)","Polynomial 8°","The Exponential (M2) model may appear equivalent to the Polynomial 8° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 8° model. "]
[null,"Continuous","Exponential (M2)","Polynomial 9°","The Exponential (M2) model may appear equivalent to the Polynomial 9° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 9° model. "]
[null,"Continuous","Exponential (M2)","Power","The Exponential (M2) model may appear equivalent to the Power model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Power model. "]
[null,"Continuous","Exponential (M3)","Exponential (M2)","The Exponential (M3) model may appear equivalent to the Exponential (M2) model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C23 & \" model, the estimate of d was 1 (boundary).  The models in this row reduced to the \" &D23& \" model. \"","v":"For the Exponential (M3) model, the estimate of d was 1 (boundary).  The models in this row reduced to the Exponential (M2) model. "},"This also applies to the Exponential (M2) model. "]
[null,"Continuous","Exponential (M3)","Exponential (M4)","The Exponential (M3) model may appear equivalent to the Exponential (M4) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M4) model. "]
[null,"Continuous","Exponential (M3)","Exponential (M5)","The Exponential (M3) model may appear equivalent to the Exponential (M5) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M5) model. "]
[null,"Continuous","Exponential (M3)","Hill","The Exponential (M3) model may appear equivalent to the Hill model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Hill model. "]
[null,"Continuous","Exponential (M3)","Linear","The Exponential (M3) model may appear equivalent to the Linear model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Linear model. "]
[null,"Continuous","Exponential (M3)","Polynomial 1°","The Exponential (M3) model may appear equivalent to the Polynomial 1° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 1° model. "]
[null,"Continuous","Exponential (M3)","Polynomial 2°","The Exponential (M3) model may appear equivalent to the Polynomial 2° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 2° model. "]
[null,"Continuous","Exponential (M3)","Polynomial 3°","The Exponential (M3) model may appear equivalent to the Polynomial 3° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 3° model. "]
[null,"Continuous","Exponential (M3)","Polynomial 4°","The Exponential (M3) model may appear equivalent to the Polynomial 4° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 4° model. "]
[null,"Continuous","Exponential (M3)","Polynomial 5°","The Exponential (M3) model may appear equivalent to the Polynomial 5° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 5° model. "]
[null,"Continuous","Exponential (M3)","Polynomial 6°","The Exponential (M3) model may appear equivalent to the Polynomial 6° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 6° model. "]
[null,"Continuous","Exponential (M3)","Polynomial 7°","The Exponential (M3) model may appear equivalent to the Polynomial 7° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 7° model. "]
[null,"Continuous","Exponential (M3)","Polynomial 8°","The Exponential (M3) model may appear equivalent to the Polynomial 8° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 8° model. "]
[null,"Continuous","Exponential (M3)","Polynomial 9°","The Exponential (M3) model may appear equivalent to the Polynomial 9° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 9° model. "]
[null,"Continuous","Exponential (M3)","Power","The Exponential (M3) model may appear equivalent to the Power model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Power model. "]
[null,"Continuous","Exponential (M4)","Exponential (M2)","The Exponential (M4) model may appear equivalent to the Exponential (M2) model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C38 & \" model, the estimate of c was 0 (boundary).  The models in this row reduced to the \" &D38& \" model. \"","v":"For the Exponential (M4) model, the estimate of c was 0 (boundary).  The models in this row reduced to the Exponential (M2) model. "},"This also applies to the Exponential (M2) model. "]
[null,"Continuous","Exponential (M4)","Exponential (M3)","The Exponential (M4) model may appear equivalent to the Exponential (M3) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M3) model. "]
[null,"Continuous","Exponential (M4)","Exponential (M5)","The Exponential (M4) model may appear equivalent to the Exponential (M5) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M5) model. "]
[null,"Continuous","Exponential (M4)","Hill","The Exponential (M4) model may appear equivalent to the Hill model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Hill model. "]
[null,"Continuous","Exponential (M4)","Linear","The Exponential (M4) model may appear equivalent to the Linear model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Linear model. "]
[null,"Continuous","Exponential (M4)","Polynomial 1°","The Exponential (M4) model may appear equivalent to the Polynomial 1° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 1° model. "]
[null,"Continuous","Exponential (M4)","Polynomial 2°","The Exponential (M4) model may appear equivalent to the Polynomial 2° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 2° model. "]
[null,"Continuous","Exponential (M4)","Polynomial 3°","The Exponential (M4) model may appear equivalent to the Polynomial 3° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 3° model. "]
[null,"Continuous","Exponential (M4)","Polynomial 4°","The Exponential (M4) model may appear equivalent to the Polynomial 4° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 4° model. "]
[null,"Continuous","Exponential (M4)","Polynomial 5°","The Exponential (M4) model may appear equivalent to the Polynomial 5° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 5° model. "]
[null,"Continuous","Exponential (M4)","Polynomial 6°","The Exponential (M4) model may appear equivalent to the Polynomial 6° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 6° model. "]
[null,"Continuous","Exponential (M4)","Polynomial 7°","The Exponential (M4) model may appear equivalent to the Polynomial 7° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 7° model. "]
[null,"Continuous","Exponential (M4)","Polynomial 8°","The Exponential (M4) model may appear equivalent to the Polynomial 8° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 8° model. "]
[null,"Continuous","Exponential (M4)","Polynomial 9°","The Exponential (M4) model may appear equivalent to the Polynomial 9° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 9° model. "]
[null,"Continuous","Exponential (M4)","Power","The Exponential (M4) model may appear equivalent to the Power model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Power model. "]
[null,"Continuous","Exponential (M5)","Exponential (M2)","The Exponential (M5) model may appear equivalent to the Exponential (M2) model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C53 & \" model, the estimate of c was 0 and d was 1 (boundary).  The models in this row reduced to the \" &D53& \" model. \"","v":"For the Exponential (M5) model, the estimate of c was 0 and d was 1 (boundary).  The models in this row reduced to the Exponential (M2) model. "},"This also applies to the Exponential (M2) model. "]
[null,"Continuous","Exponential (M5)","Exponential (M3)","The Exponential (M5) model may appear equivalent to the Exponential (M3) model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C54 & \" model, the estimate of c was 0 (boundary).  The models in this row reduced to the \" &D54& \" model. \"","v":"For the Exponential (M5) model, the estimate of c was 0 (boundary).  The models in this row reduced to the Exponential (M3) model. "},"This also applies to the Exponential (M3) model. "]
[null,"Continuous","Exponential (M5)","Exponential (M4)","The Exponential (M5) model may appear equivalent to the Exponential (M4) model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C55 & \" model, the estimate of d was 1 (boundary).  The models in this row reduced to the \" &D55& \" model. \"","v":"For the Exponential (M5) model, the estimate of d was 1 (boundary).  The models in this row reduced to the Exponential (M4) model. "},"This also applies to the Exponential (M4) model. "]
[null,"Continuous","Exponential (M5)","Hill","The Exponential (M5) model may appear equivalent to the Hill model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Hill model. "]
[null,"Continuous","Exponential (M5)","Linear","The Exponential (M5) model may appear equivalent to the Linear model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Linear model. "]
[null,"Continuous","Exponential (M5)","Polynomial 1°","The Exponential (M5) model may appear equivalent to the Polynomial 1° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 1° model. "]
[null,"Continuous","Exponential (M5)","Polynomial 2°","The Exponential (M5) model may appear equivalent to the Polynomial 2° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 2° model. "]
[null,"Continuous","Exponential (M5)","Polynomial 3°","The Exponential (M5) model may appear equivalent to the Polynomial 3° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 3° model. "]
[null,"Continuous","Exponential (M5)","Polynomial 4°","The Exponential (M5) model may appear equivalent to the Polynomial 4° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 4° model. "]
[null,"Continuous","Exponential (M5)","Polynomial 5°","The Exponential (M5) model may appear equivalent to the Polynomial 5° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 5° model. "]
[null,"Continuous","Exponential (M5)","Polynomial 6°","The Exponential (M5) model may appear equivalent to the Polynomial 6° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 6° model. "]
[null,"Continuous","Exponential (M5)","Polynomial 7°","The Exponential (M5) model may appear equivalent to the Polynomial 7° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 7° model. "]
[null,"Continuous","Exponential (M5)","Polynomial 8°","The Exponential (M5) model may appear equivalent to the Polynomial 8° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 8° model. "]
[null,"Continuous","Exponential (M5)","Polynomial 9°","The Exponential (M5) model may appear equivalent to the Polynomial 9° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 9° model. "]
[null,"Continuous","Exponential (M5)","Power","The Exponential (M5) model may appear equivalent to the Power model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Power model. "]
[null,"Continuous","Hill","Exponential (M3)","The Hill model may appear equivalent to the Exponential (M3) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M3) model. "]
[null,"Continuous","Hill","Exponential (M4)","The Hill model may appear equivalent to the Exponential (M4) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M4) model. "]
[null,"Continuous","Hill","Exponential (M5)","The Hill model may appear equivalent to the Exponential (M5) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M5) model. "]
[null,"Continuous","Hill","Linear","The Hill model may appear equivalent to the Linear model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Linear model. "]
[null,"Continuous","Hill","Polynomial 1°","The Hill model may appear equivalent to the Polynomial 1° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 1° model. "]
[null,"Continuous","Hill","Polynomial 2°","The Hill model may appear equivalent to the Polynomial 2° model, however differences exist in digits not displayed in the table. ","N/A",{"$f":"\"This also applies to the \"&D73& \" model. \"","v":"This also applies to the Polynomial 2° model. "}]
[null,"Continuous","Hill","Polynomial 3°","The Hill model may appear equivalent to the Polynomial 3° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 3° model. "]
[null,"Continuous","Hill","Polynomial 4°","The Hill model may appear equivalent to the Polynomial 4° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 4° model. "]
[null,"Continuous","Hill","Polynomial 5°","The Hill model may appear equivalent to the Polynomial 5° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 5° model. "]
[null,"Continuous","Hill","Polynomial 6°","The Hill model may appear equivalent to the Polynomial 6° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 6° model. "]
[null,"Continuous","Hill","Polynomial 7°","The Hill model may appear equivalent to the Polynomial 7° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 7° model. "]
[null,"Continuous","Hill","Polynomial 8°","The Hill model may appear equivalent to the Polynomial 8° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 8° model. "]
[null,"Continuous","Hill","Polynomial 9°","The Hill model may appear equivalent to the Polynomial 9° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 9° model. "]
[null,"Continuous","Hill","Power","The Hill model may appear equivalent to the Power model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Power model. "]
[null,"Continuous","Linear","Exponential (M3)","The Linear model may appear equivalent to the Exponential (M3) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M3) model. "]
[null,"Continuous","Linear","Exponential (M4)","The Linear model may appear equivalent to the Exponential (M4) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M4) model. "]
[null,"Continuous","Linear","Exponential (M5)","The Linear model may appear equivalent to the Exponential (M5) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M5) model. "]
[null,"Continuous","Linear","Hill","The Linear model may appear equivalent to the Hill model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Hill model. "]
[null,"Continuous","Linear","Polynomial 1°","The Linear model may appear equivalent to the Polynomial 1° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 1° model. "]
[null,"Continuous","Linear","Polynomial 2°","The Linear model may appear equivalent to the Polynomial 2° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 2° model. "]
[null,"Continuous","Linear","Polynomial 3°","The Linear model may appear equivalent to the Polynomial 3° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 3° model. "]
[null,"Continuous","Linear","Polynomial 4°","The Linear model may appear equivalent to the Polynomial 4° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 4° model. "]
[null,"Continuous","Linear","Polynomial 5°","The Linear model may appear equivalent to the Polynomial 5° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 5° model. "]
[null,"Continuous","Linear","Polynomial 6°","The Linear model may appear equivalent to the Polynomial 6° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 6° model. "]
[null,"Continuous","Linear","Polynomial 7°","The Linear model may appear equivalent to the Polynomial 7° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 7° model. "]
[null,"Continuous","Linear","Polynomial 8°","The Linear model may appear equivalent to the Polynomial 8° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 8° model. "]
[null,"Continuous","Linear","Polynomial 9°","The Linear model may appear equivalent to the Polynomial 9° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 9° model. "]
[null,"Continuous","Linear","Power","The Linear model may appear equivalent to the Power model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Power model. "]
[null,"Continuous","Polynomial 1°","Exponential (M3)","The Polynomial 1° model may appear equivalent to the Exponential (M3) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M3) model. "]
[null,"Continuous","Polynomial 1°","Exponential (M4)","The Polynomial 1° model may appear equivalent to the Exponential (M4) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M4) model. "]
[null,"Continuous","Polynomial 1°","Exponential (M5)","The Polynomial 1° model may appear equivalent to the Exponential (M5) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M5) model. "]
[null,"Continuous","Polynomial 1°","Hill","The Polynomial 1° model may appear equivalent to the Hill model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Hill model. "]
[null,"Continuous","Polynomial 1°","Linear","The Polynomial 1° model may appear equivalent to the Linear model, however differences exist in digits not displayed in the table. ",{"$f":" \"The \" & C100 & \" model is equivalent to the \" &D100& \" model. \"","v":"The Polynomial 1° model is equivalent to the Linear model. "},"This also applies to the Linear model. "]
[null,"Continuous","Polynomial 1°","Power","The Polynomial 1° model may appear equivalent to the Power model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Power model. "]
[null,"Continuous","Polynomial 1°","Polynomial 2°","The Polynomial 1° model may appear equivalent to the Polynomial 2° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 2° model. "]
[null,"Continuous","Polynomial 1°","Polynomial 3°","The Polynomial 1° model may appear equivalent to the Polynomial 3° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 3° model. "]
[null,"Continuous","Polynomial 1°","Polynomial 4°","The Polynomial 1° model may appear equivalent to the Polynomial 4° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 4° model. "]
[null,"Continuous","Polynomial 1°","Polynomial 5°","The Polynomial 1° model may appear equivalent to the Polynomial 5° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 5° model. "]
[null,"Continuous","Polynomial 1°","Polynomial 6°","The Polynomial 1° model may appear equivalent to the Polynomial 6° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 6° model. "]
[null,"Continuous","Polynomial 1°","Polynomial 7°","The Polynomial 1° model may appear equivalent to the Polynomial 7° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 7° model. "]
[null,"Continuous","Polynomial 1°","Polynomial 8°","The Polynomial 1° model may appear equivalent to the Polynomial 8° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 8° model. "]
[null,"Continuous","Polynomial 1°","Polynomial 9°","The Polynomial 1° model may appear equivalent to the Polynomial 9° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 9° model. "]
[null,"Continuous","Polynomial 2°","Exponential (M3)","The Polynomial 2° model may appear equivalent to the Exponential (M3) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M3) model. "]
[null,"Continuous","Polynomial 2°","Exponential (M4)","The Polynomial 2° model may appear equivalent to the Exponential (M4) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M4) model. "]
[null,"Continuous","Polynomial 2°","Exponential (M5)","The Polynomial 2° model may appear equivalent to the Exponential (M5) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M5) model. "]
[null,"Continuous","Polynomial 2°","Hill","The Polynomial 2° model may appear equivalent to the Hill model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Hill model. "]
[null,"Continuous","Polynomial 2°","Linear","The Polynomial 2° model may appear equivalent to the Linear model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C114 & \" model, the b2 coefficient estimate was 0 (boundary of parameters space).  The models in this row reduced to the \" &D114& \" model. \"","v":"For the Polynomial 2° model, the b2 coefficient estimate was 0 (boundary of parameters space).  The models in this row reduced to the Linear model. "},"This also applies to the Linear model. "]
[null,"Continuous","Polynomial 2°","Power",{"$f":"\"The \" &C115& \" model may appear equivalent to the \" &D115 & \" model, however differences exist in digits not displayed in the table. \"","v":"The Polynomial 2° model may appear equivalent to the Power model, however differences exist in digits not displayed in the table. "},"N/A","This also applies to the Power model. "]
[null,"Continuous","Polynomial 2°","Polynomial 3°","The Polynomial 2° model may appear equivalent to the Polynomial 3° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 3° model. "]
[null,"Continuous","Polynomial 2°","Polynomial 4°","The Polynomial 2° model may appear equivalent to the Polynomial 4° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 4° model. "]
[null,"Continuous","Polynomial 2°","Polynomial 5°","The Polynomial 2° model may appear equivalent to the Polynomial 5° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 5° model. "]
[null,"Continuous","Polynomial 2°","Polynomial 6°","The Polynomial 2° model may appear equivalent to the Polynomial 6° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 6° model. "]
[null,"Continuous","Polynomial 2°","Polynomial 7°","The Polynomial 2° model may appear equivalent to the Polynomial 7° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 7° model. "]
[null,"Continuous","Polynomial 2°","Polynomial 8°","The Polynomial 2° model may appear equivalent to the Polynomial 8° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 8° model. "]
[null,"Continuous","Polynomial 2°","Polynomial 9°","The Polynomial 2° model may appear equivalent to the Polynomial 9° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 9° model. "]
[null,"Continuous","Polynomial 3°","Exponential (M3)","The Polynomial 3° model may appear equivalent to the Exponential (M3) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M3) model. "]
[null,"Continuous","Polynomial 3°","Exponential (M4)","The Polynomial 3° model may appear equivalent to the Exponential (M4) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M4) model. "]
[null,"Continuous","Polynomial 3°","Exponential (M5)","The Polynomial 3° model may appear equivalent to the Exponential (M5) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M5) model. "]
[null,"Continuous","Polynomial 3°","Hill","The Polynomial 3° model may appear equivalent to the Hill model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Hill model. "]
[null,"Continuous","Polynomial 3°","Linear","The Polynomial 3° model may appear equivalent to the Linear model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C127 & \" model, the b3 and b2 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D127& \" model. \"","v":"For the Polynomial 3° model, the b3 and b2 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Linear model. "},"This also applies to the Linear model. "]
[null,"Continuous","Polynomial 3°","Power","The Polynomial 3° model may appear equivalent to the Power model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Power model. "]
[null,"Continuous","Polynomial 3°","Polynomial 2°","The Polynomial 3° model may appear equivalent to the Polynomial 2° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C129 & \" model, the b3 coefficient estimates was 0 (boundary of parameters space).  The models in this row reduced to the \" &D129& \" model. \"","v":"For the Polynomial 3° model, the b3 coefficient estimates was 0 (boundary of parameters space).  The models in this row reduced to the Polynomial 2° model. "},"This also applies to the Polynomial 2° model. "]
[null,"Continuous","Polynomial 3°","Polynomial 4°","The Polynomial 3° model may appear equivalent to the Polynomial 4° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 4° model. "]
[null,"Continuous","Polynomial 3°","Polynomial 5°","The Polynomial 3° model may appear equivalent to the Polynomial 5° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 5° model. "]
[null,"Continuous","Polynomial 3°","Polynomial 6°","The Polynomial 3° model may appear equivalent to the Polynomial 6° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 6° model. "]
[null,"Continuous","Polynomial 3°","Polynomial 7°","The Polynomial 3° model may appear equivalent to the Polynomial 7° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 7° model. "]
[null,"Continuous","Polynomial 3°","Polynomial 8°","The Polynomial 3° model may appear equivalent to the Polynomial 8° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 8° model. "]
[null,"Continuous","Polynomial 3°","Polynomial 9°","The Polynomial 3° model may appear equivalent to the Polynomial 9° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 9° model. "]
[null,"Continuous","Power","Exponential (M3)","The Power model may appear equivalent to the Exponential (M3) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M3) model. "]
[null,"Continuous","Power","Exponential (M4)","The Power model may appear equivalent to the Exponential (M4) model, however differences exist in digits not displayed in the table. ","N/A",{"$f":"\"This also applies to the \"&D137& \" model. \"","v":"This also applies to the Exponential (M4) model. "}]
[null,"Continuous","Power","Exponential (M5)","The Power model may appear equivalent to the Exponential (M5) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M5) model. "]
[null,"Continuous","Power","Hill","The Power model may appear equivalent to the Hill model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Hill model. "]
[null,"Continuous","Power","Linear","The Power model may appear equivalent to the Linear model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C140 & \" model, the power parameter estimate was 1.  The models in this row reduced to the \" &D140& \" model. \"","v":"For the Power model, the power parameter estimate was 1.  The models in this row reduced to the Linear model. "},"This also applies to the Linear model. "]
[null,"Continuous","Power","Polynomial 2°","The Power model may appear equivalent to the Polynomial 2° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 2° model. "]
[null,"Continuous","Power","Polynomial 3°","The Power model may appear equivalent to the Polynomial 3° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 3° model. "]
[null,"Continuous","Power","Polynomial 4°","The Power model may appear equivalent to the Polynomial 4° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 4° model. "]
[null,"Continuous","Power","Polynomial 5°","The Power model may appear equivalent to the Polynomial 5° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 5° model. "]
[null,"Continuous","Power","Polynomial 6°","The Power model may appear equivalent to the Polynomial 6° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 6° model. "]
[null,"Continuous","Power","Polynomial 7°","The Power model may appear equivalent to the Polynomial 7° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 7° model. "]
[null,"Continuous","Power","Polynomial 8°","The Power model may appear equivalent to the Polynomial 8° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 8° model. "]
[null,"Continuous","Power","Polynomial 9°","The Power model may appear equivalent to the Polynomial 9° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 9° model. "]
[null,"Dichotomous","Gamma","Dichotomous-Hill","The Gamma model may appear equivalent to the Dichotomous-Hill model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Dichotomous-Hill model. "]
[null,"Dichotomous","Gamma","Logistic","The Gamma model may appear equivalent to the Logistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Logistic model. "]
[null,"Dichotomous","Gamma","LogLogistic","The Gamma model may appear equivalent to the LogLogistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the LogLogistic model. "]
[null,"Dichotomous","Gamma","Probit","The Gamma model may appear equivalent to the Probit model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Probit model. "]
[null,"Dichotomous","Gamma","LogProbit","The Gamma model may appear equivalent to the LogProbit model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the LogProbit model. "]
[null,"Dichotomous","Gamma","Weibull","The Gamma model may appear equivalent to the Weibull model, however differences exist in digits not displayed in the table. ",{"$f":"\"For the \" &C154&\" and \" &D154&\" models, the power parameter estimates were 1 (boundary of parameter space).\"","v":"For the Gamma and Weibull models, the power parameter estimates were 1 (boundary of parameter space)."},"This also applies to the Weibull model. "]
[null,"Dichotomous","Gamma","Quantal-Linear","The Gamma model may appear equivalent to the Quantal-Linear model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C155 & \" model, the power parameter estimate was 1.  The model is equivalent to the \" &D155& \" model. \"","v":"For the Gamma model, the power parameter estimate was 1.  The model is equivalent to the Quantal-Linear model. "},"This also applies to the Quantal-Linear model. "]
[null,"Dichotomous","Gamma","Multistage 1°","The Gamma model may appear equivalent to the Multistage 1° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C156 & \" model, the power parameter estimate was 1.  The models in this row reduced to the \" &D156& \" model. \"","v":"For the Gamma model, the power parameter estimate was 1.  The models in this row reduced to the Multistage 1° model. "},"This also applies to the Multistage 1° model. "]
[null,"Dichotomous","Gamma","Multistage 2°","The Gamma model may appear equivalent to the Multistage 2° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 2° model. "]
[null,"Dichotomous","Gamma","Multistage 3°","The Gamma model may appear equivalent to the Multistage 3° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 3° model. "]
[null,"Dichotomous","Gamma","Multistage 4°","The Gamma model may appear equivalent to the Multistage 4° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 4° model. "]
[null,"Dichotomous","Gamma","Multistage 5°","The Gamma model may appear equivalent to the Multistage 5° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 5° model. "]
[null,"Dichotomous","Gamma","Multistage 6°","The Gamma model may appear equivalent to the Multistage 6° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 6° model. "]
[null,"Dichotomous","Gamma","Multistage 7°","The Gamma model may appear equivalent to the Multistage 7° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 7° model. "]
[null,"Dichotomous","Gamma","Multistage 8°","The Gamma model may appear equivalent to the Multistage 8° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 8° model. "]
[null,"Dichotomous","Gamma","Multistage 9°","The Gamma model may appear equivalent to the Multistage 9° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 9° model. "]
[null,"Dichotomous","Dichotomous-Hill","Gamma","The Dichotomous-Hill model may appear equivalent to the Gamma model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Gamma model. "]
[null,"Dichotomous","Dichotomous-Hill","Logistic","The Dichotomous-Hill model may appear equivalent to the Logistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Logistic model. "]
[null,"Dichotomous","Dichotomous-Hill","LogLogistic","The Dichotomous-Hill model may appear equivalent to the LogLogistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the LogLogistic model. "]
[null,"Dichotomous","Dichotomous-Hill","Probit","The Dichotomous-Hill model may appear equivalent to the Probit model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Probit model. "]
[null,"Dichotomous","Dichotomous-Hill","LogProbit","The Dichotomous-Hill model may appear equivalent to the LogProbit model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the LogProbit model. "]
[null,"Dichotomous","Dichotomous-Hill","Weibull","The Dichotomous-Hill model may appear equivalent to the Weibull model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Weibull model. "]
[null,"Dichotomous","Dichotomous-Hill","Quantal-Linear","The Dichotomous-Hill model may appear equivalent to the Quantal-Linear model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Quantal-Linear model. "]
[null,"Dichotomous","Dichotomous-Hill","Multistage 1°","The Dichotomous-Hill model may appear equivalent to the Multistage 1° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 1° model. "]
[null,"Dichotomous","Dichotomous-Hill","Multistage 2°","The Dichotomous-Hill model may appear equivalent to the Multistage 2° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 2° model. "]
[null,"Dichotomous","Dichotomous-Hill","Multistage 3°","The Dichotomous-Hill model may appear equivalent to the Multistage 3° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 3° model. "]
[null,"Dichotomous","Dichotomous-Hill","Multistage 4°","The Dichotomous-Hill model may appear equivalent to the Multistage 4° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 4° model. "]
[null,"Dichotomous","Dichotomous-Hill","Multistage 5°","The Dichotomous-Hill model may appear equivalent to the Multistage 5° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 5° model. "]
[null,"Dichotomous","Dichotomous-Hill","Multistage 6°","The Dichotomous-Hill model may appear equivalent to the Multistage 6° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 6° model. "]
[null,"Dichotomous","Dichotomous-Hill","Multistage 7°","The Dichotomous-Hill model may appear equivalent to the Multistage 7° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 7° model. "]
[null,"Dichotomous","Dichotomous-Hill","Multistage 8°","The Dichotomous-Hill model may appear equivalent to the Multistage 8° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 8° model. "]
[null,"Dichotomous","Dichotomous-Hill","Multistage 9°","The Dichotomous-Hill model may appear equivalent to the Multistage 9° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 9° model. "]
[null,"Dichotomous","Logistic","Gamma","The Logistic model may appear equivalent to the Gamma model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Gamma model. "]
[null,"Dichotomous","Logistic","Dichotomous-Hill","The Logistic model may appear equivalent to the Dichotomous-Hill model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Dichotomous-Hill model. "]
[null,"Dichotomous","Logistic","LogLogistic","The Logistic model may appear equivalent to the LogLogistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the LogLogistic model. "]
[null,"Dichotomous","Logistic","Probit","The Logistic model may appear equivalent to the Probit model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Probit model. "]
[null,"Dichotomous","Logistic","LogProbit","The Logistic model may appear equivalent to the LogProbit model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the LogProbit model. "]
[null,"Dichotomous","Logistic","Weibull","The Logistic model may appear equivalent to the Weibull model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Weibull model. "]
[null,"Dichotomous","Logistic","Quantal-Linear","The Logistic model may appear equivalent to the Quantal-Linear model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Quantal-Linear model. "]
[null,"Dichotomous","Logistic","Multistage 1°","The Logistic model may appear equivalent to the Multistage 1° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 1° model. "]
[null,"Dichotomous","Logistic","Multistage 2°","The Logistic model may appear equivalent to the Multistage 2° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 2° model. "]
[null,"Dichotomous","Logistic","Multistage 3°","The Logistic model may appear equivalent to the Multistage 3° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 3° model. "]
[null,"Dichotomous","Logistic","Multistage 4°","The Logistic model may appear equivalent to the Multistage 4° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 4° model. "]
[null,"Dichotomous","Logistic","Multistage 5°","The Logistic model may appear equivalent to the Multistage 5° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 5° model. "]
[null,"Dichotomous","Logistic","Multistage 6°","The Logistic model may appear equivalent to the Multistage 6° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 6° model. "]
[null,"Dichotomous","Logistic","Multistage 7°","The Logistic model may appear equivalent to the Multistage 7° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 7° model. "]
[null,"Dichotomous","Logistic","Multistage 8°","The Logistic model may appear equivalent to the Multistage 8° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 8° model. "]
[null,"Dichotomous","Logistic","Multistage 9°","The Logistic model may appear equivalent to the Multistage 9° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 9° model. "]
[null,"Dichotomous","LogLogistic","Gamma","The LogLogistic model may appear equivalent to the Gamma model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Gamma model. "]
[null,"Dichotomous","LogLogistic","Dichotomous-Hill","The LogLogistic model may appear equivalent to the Dichotomous-Hill model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Dichotomous-Hill model. "]
[null,"Dichotomous","LogLogistic","Logistic","The LogLogistic model may appear equivalent to the Logistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Logistic model. "]
[null,"Dichotomous","LogLogistic","Probit","The LogLogistic model may appear equivalent to the Probit model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Probit model. "]
[null,"Dichotomous","LogLogistic","LogProbit","The LogLogistic model may appear equivalent to the LogProbit model, however differences exist in digits not displayed in the table. ","N/A",{"$f":"\"This also applies to the \"&D201& \" model. \"","v":"This also applies to the LogProbit model. "}]
[null,"Dichotomous","LogLogistic","Weibull","The LogLogistic model may appear equivalent to the Weibull model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Weibull model. "]
[null,"Dichotomous","LogLogistic","Quantal-Linear","The LogLogistic model may appear equivalent to the Quantal-Linear model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Quantal-Linear model. "]
[null,"Dichotomous","LogLogistic","Multistage 1°","The LogLogistic model may appear equivalent to the Multistage 1° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 1° model. "]
[null,"Dichotomous","LogLogistic","Multistage 2°","The LogLogistic model may appear equivalent to the Multistage 2° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 2° model. "]
[null,"Dichotomous","LogLogistic","Multistage 3°","The LogLogistic model may appear equivalent to the Multistage 3° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 3° model. "]
[null,"Dichotomous","LogLogistic","Multistage 4°","The LogLogistic model may appear equivalent to the Multistage 4° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 4° model. "]
[null,"Dichotomous","LogLogistic","Multistage 5°","The LogLogistic model may appear equivalent to the Multistage 5° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 5° model. "]
[null,"Dichotomous","LogLogistic","Multistage 6°","The LogLogistic model may appear equivalent to the Multistage 6° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 6° model. "]
[null,"Dichotomous","LogLogistic","Multistage 7°","The LogLogistic model may appear equivalent to the Multistage 7° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 7° model. "]
[null,"Dichotomous","LogLogistic","Multistage 8°","The LogLogistic model may appear equivalent to the Multistage 8° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 8° model. "]
[null,"Dichotomous","LogLogistic","Multistage 9°","The LogLogistic model may appear equivalent to the Multistage 9° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 9° model. "]
[null,"Dichotomous","Probit","Gamma","The Probit model may appear equivalent to the Gamma model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Gamma model. "]
[null,"Dichotomous","Probit","Dichotomous-Hill","The Probit model may appear equivalent to the Dichotomous-Hill model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Dichotomous-Hill model. "]
[null,"Dichotomous","Probit","Logistic","The Probit model may appear equivalent to the Logistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Logistic model. "]
[null,"Dichotomous","Probit","LogLogistic","The Probit model may appear equivalent to the LogLogistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the LogLogistic model. "]
[null,"Dichotomous","Probit","LogProbit","The Probit model may appear equivalent to the LogProbit model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the LogProbit model. "]
[null,"Dichotomous","Probit","Weibull",{"$f":"\"The \" &C218& \" model may appear equivalent to the \" &D218 & \" model, however differences exist in digits not displayed in the table. \"","v":"The Probit model may appear equivalent to the Weibull model, however differences exist in digits not displayed in the table. "},"N/A","This also applies to the Weibull model. "]
[null,"Dichotomous","Probit","Quantal-Linear","The Probit model may appear equivalent to the Quantal-Linear model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Quantal-Linear model. "]
[null,"Dichotomous","Probit","Multistage 1°","The Probit model may appear equivalent to the Multistage 1° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 1° model. "]
[null,"Dichotomous","Probit","Multistage 2°","The Probit model may appear equivalent to the Multistage 2° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 2° model. "]
[null,"Dichotomous","Probit","Multistage 3°","The Probit model may appear equivalent to the Multistage 3° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 3° model. "]
[null,"Dichotomous","Probit","Multistage 4°","The Probit model may appear equivalent to the Multistage 4° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 4° model. "]
[null,"Dichotomous","Probit","Multistage 5°","The Probit model may appear equivalent to the Multistage 5° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 5° model. "]
[null,"Dichotomous","Probit","Multistage 6°","The Probit model may appear equivalent to the Multistage 6° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 6° model. "]
[null,"Dichotomous","Probit","Multistage 7°","The Probit model may appear equivalent to the Multistage 7° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 7° model. "]
[null,"Dichotomous","Probit","Multistage 8°","The Probit model may appear equivalent to the Multistage 8° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 8° model. "]
[null,"Dichotomous","Probit","Multistage 9°","The Probit model may appear equivalent to the Multistage 9° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 9° model. "]
[null,"Dichotomous","LogProbit","Gamma","The LogProbit model may appear equivalent to the Gamma model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Gamma model. "]
[null,"Dichotomous","LogProbit","Dichotomous-Hill","The LogProbit model may appear equivalent to the Dichotomous-Hill model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Dichotomous-Hill model. "]
[null,"Dichotomous","LogProbit","Logistic","The LogProbit model may appear equivalent to the Logistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Logistic model. "]
[null,"Dichotomous","LogProbit","LogLogistic","The LogProbit model may appear equivalent to the LogLogistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the LogLogistic model. "]
[null,"Dichotomous","LogProbit","Probit","The LogProbit model may appear equivalent to the Probit model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Probit model. "]
[null,"Dichotomous","LogProbit","Weibull","The LogProbit model may appear equivalent to the Weibull model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Weibull model. "]
[null,"Dichotomous","LogProbit","Quantal-Linear","The LogProbit model may appear equivalent to the Quantal-Linear model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Quantal-Linear model. "]
[null,"Dichotomous","LogProbit","Multistage 1°","The LogProbit model may appear equivalent to the Multistage 1° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 1° model. "]
[null,"Dichotomous","LogProbit","Multistage 2°","The LogProbit model may appear equivalent to the Multistage 2° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 2° model. "]
[null,"Dichotomous","LogProbit","Multistage 3°","The LogProbit model may appear equivalent to the Multistage 3° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 3° model. "]
[null,"Dichotomous","LogProbit","Multistage 4°","The LogProbit model may appear equivalent to the Multistage 4° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 4° model. "]
[null,"Dichotomous","LogProbit","Multistage 5°","The LogProbit model may appear equivalent to the Multistage 5° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 5° model. "]
[null,"Dichotomous","LogProbit","Multistage 6°","The LogProbit model may appear equivalent to the Multistage 6° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 6° model. "]
[null,"Dichotomous","LogProbit","Multistage 7°","The LogProbit model may appear equivalent to the Multistage 7° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 7° model. "]
[null,"Dichotomous","LogProbit","Multistage 8°","The LogProbit model may appear equivalent to the Multistage 8° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 8° model. "]
[null,"Dichotomous","LogProbit","Multistage 9°","The LogProbit model may appear equivalent to the Multistage 9° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 9° model. "]
[null,"Dichotomous","Weibull","Gamma","The Weibull model may appear equivalent to the Gamma model, however differences exist in digits not displayed in the table. ",{"$f":"\"For the \" &C245&\" and \" &D245&\" models, the power parameter estimates were 1 (boundary of parameter space).\"","v":"For the Weibull and Gamma models, the power parameter estimates were 1 (boundary of parameter space)."},"This also applies to the Gamma model. "]
[null,"Dichotomous","Weibull","Dichotomous-Hill","The Weibull model may appear equivalent to the Dichotomous-Hill model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Dichotomous-Hill model. "]
[null,"Dichotomous","Weibull","Logistic","The Weibull model may appear equivalent to the Logistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Logistic model. "]
[null,"Dichotomous","Weibull","LogLogistic","The Weibull model may appear equivalent to the LogLogistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the LogLogistic model. "]
[null,"Dichotomous","Weibull","Probit","The Weibull model may appear equivalent to the Probit model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Probit model. "]
[null,"Dichotomous","Weibull","LogProbit","The Weibull model may appear equivalent to the LogProbit model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the LogProbit model. "]
[null,"Dichotomous","Weibull","Quantal-Linear","The Weibull model may appear equivalent to the Quantal-Linear model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C251 & \" model, the power parameter estimate was 1.  The models in this row reduced to the \" &D251& \" model. \"","v":"For the Weibull model, the power parameter estimate was 1.  The models in this row reduced to the Quantal-Linear model. "},"This also applies to the Quantal-Linear model. "]
[null,"Dichotomous","Weibull","Multistage 1°","The Weibull model may appear equivalent to the Multistage 1° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C252 & \" model, the power parameter estimate was 1.  The models in this row reduced to the \" &D252& \" model. \"","v":"For the Weibull model, the power parameter estimate was 1.  The models in this row reduced to the Multistage 1° model. "},"This also applies to the Multistage 1° model. "]
[null,"Dichotomous","Weibull","Multistage 2°","The Weibull model may appear equivalent to the Multistage 2° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 2° model. "]
[null,"Dichotomous","Weibull","Multistage 3°","The Weibull model may appear equivalent to the Multistage 3° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 3° model. "]
[null,"Dichotomous","Weibull","Multistage 4°","The Weibull model may appear equivalent to the Multistage 4° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 4° model. "]
[null,"Dichotomous","Weibull","Multistage 5°","The Weibull model may appear equivalent to the Multistage 5° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 5° model. "]
[null,"Dichotomous","Weibull","Multistage 6°","The Weibull model may appear equivalent to the Multistage 6° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 6° model. "]
[null,"Dichotomous","Weibull","Multistage 7°","The Weibull model may appear equivalent to the Multistage 7° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 7° model. "]
[null,"Dichotomous","Weibull","Multistage 8°","The Weibull model may appear equivalent to the Multistage 8° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 8° model. "]
[null,"Dichotomous","Weibull","Multistage 9°","The Weibull model may appear equivalent to the Multistage 9° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 9° model. "]
[null,"Dichotomous","Quantal-Linear","Gamma","The Quantal-Linear model may appear equivalent to the Gamma model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Gamma model. "]
[null,"Dichotomous","Quantal-Linear","Dichotomous-Hill","The Quantal-Linear model may appear equivalent to the Dichotomous-Hill model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Dichotomous-Hill model. "]
[null,"Dichotomous","Quantal-Linear","Logistic","The Quantal-Linear model may appear equivalent to the Logistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Logistic model. "]
[null,"Dichotomous","Quantal-Linear","LogLogistic","The Quantal-Linear model may appear equivalent to the LogLogistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the LogLogistic model. "]
[null,"Dichotomous","Quantal-Linear","Probit","The Quantal-Linear model may appear equivalent to the Probit model, however differences exist in digits not displayed in the table. ","N/A",{"$f":"\"This also applies to the \"&D265& \" model. \"","v":"This also applies to the Probit model. "}]
[null,"Dichotomous","Quantal-Linear","LogProbit","The Quantal-Linear model may appear equivalent to the LogProbit model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the LogProbit model. "]
[null,"Dichotomous","Quantal-Linear","Weibull","The Quantal-Linear model may appear equivalent to the Weibull model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Weibull model. "]
[null,"Dichotomous","Quantal-Linear","Multistage 1°","The Quantal-Linear model may appear equivalent to the Multistage 1° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 1° model. "]
[null,"Dichotomous","Quantal-Linear","Multistage 2°","The Quantal-Linear model may appear equivalent to the Multistage 2° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 2° model. "]
[null,"Dichotomous","Quantal-Linear","Multistage 3°","The Quantal-Linear model may appear equivalent to the Multistage 3° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 3° model. "]
[null,"Dichotomous","Quantal-Linear","Multistage 4°","The Quantal-Linear model may appear equivalent to the Multistage 4° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 4° model. "]
[null,"Dichotomous","Quantal-Linear","Multistage 5°","The Quantal-Linear model may appear equivalent to the Multistage 5° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 5° model. "]
[null,"Dichotomous","Quantal-Linear","Multistage 6°","The Quantal-Linear model may appear equivalent to the Multistage 6° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 6° model. "]
[null,"Dichotomous","Quantal-Linear","Multistage 7°","The Quantal-Linear model may appear equivalent to the Multistage 7° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 7° model. "]
[null,"Dichotomous","Quantal-Linear","Multistage 8°","The Quantal-Linear model may appear equivalent to the Multistage 8° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 8° model. "]
[null,"Dichotomous","Quantal-Linear","Multistage 9°","The Quantal-Linear model may appear equivalent to the Multistage 9° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 9° model. "]
[null,"Dichotomous","Multistage 1°","Gamma","The Multistage 1° model may appear equivalent to the Gamma model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Gamma model. "]
[null,"Dichotomous","Multistage 1°","Dichotomous-Hill","The Multistage 1° model may appear equivalent to the Dichotomous-Hill model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Dichotomous-Hill model. "]
[null,"Dichotomous","Multistage 1°","Logistic","The Multistage 1° model may appear equivalent to the Logistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Logistic model. "]
[null,"Dichotomous","Multistage 1°","LogLogistic","The Multistage 1° model may appear equivalent to the LogLogistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the LogLogistic model. "]
[null,"Dichotomous","Multistage 1°","Probit","The Multistage 1° model may appear equivalent to the Probit model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Probit model. "]
[null,"Dichotomous","Multistage 1°","LogProbit","The Multistage 1° model may appear equivalent to the LogProbit model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the LogProbit model. "]
[null,"Dichotomous","Multistage 1°","Weibull","The Multistage 1° model may appear equivalent to the Weibull model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Weibull model. "]
[null,"Dichotomous","Multistage 1°","Quantal-Linear","The Multistage 1° model may appear equivalent to the Quantal-Linear model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Quantal-Linear model. "]
[null,"Cancer","Multistage 1°","Multistage 2°","The Multistage 1° model may appear equivalent to the Multistage 2° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 2° model. "]
[null,"Cancer","Multistage 1°","Multistage 3°","The Multistage 1° model may appear equivalent to the Multistage 3° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 3° model. "]
[null,"Cancer","Multistage 1°","Multistage 4°","The Multistage 1° model may appear equivalent to the Multistage 4° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 4° model. "]
[null,"Cancer","Multistage 1°","Multistage 5°","The Multistage 1° model may appear equivalent to the Multistage 5° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 5° model. "]
[null,"Cancer","Multistage 1°","Multistage 6°","The Multistage 1° model may appear equivalent to the Multistage 6° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 6° model. "]
[null,"Cancer","Multistage 1°","Multistage 7°","The Multistage 1° model may appear equivalent to the Multistage 7° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 7° model. "]
[null,"Cancer","Multistage 1°","Multistage 8°","The Multistage 1° model may appear equivalent to the Multistage 8° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 8° model. "]
[null,"Cancer","Multistage 1°","Multistage 9°","The Multistage 1° model may appear equivalent to the Multistage 9° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 9° model. "]
[null,"Dichotomous","Multistage 2°","Gamma","The Multistage 2° model may appear equivalent to the Gamma model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Gamma model. "]
[null,"Dichotomous","Multistage 2°","Dichotomous-Hill","The Multistage 2° model may appear equivalent to the Dichotomous-Hill model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Dichotomous-Hill model. "]
[null,"Dichotomous","Multistage 2°","Logistic","The Multistage 2° model may appear equivalent to the Logistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Logistic model. "]
[null,"Dichotomous","Multistage 2°","LogLogistic","The Multistage 2° model may appear equivalent to the LogLogistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the LogLogistic model. "]
[null,"Dichotomous","Multistage 2°","Probit","The Multistage 2° model may appear equivalent to the Probit model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Probit model. "]
[null,"Dichotomous","Multistage 2°","LogProbit","The Multistage 2° model may appear equivalent to the LogProbit model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the LogProbit model. "]
[null,"Dichotomous","Multistage 2°","Weibull","The Multistage 2° model may appear equivalent to the Weibull model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Weibull model. "]
[null,"Dichotomous","Multistage 2°","Quantal-Linear","The Multistage 2° model may appear equivalent to the Quantal-Linear model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Quantal-Linear model. "]
[null,"Cancer","Multistage 2°","Multistage 1°","The Multistage 2° model may appear equivalent to the Multistage 1° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C301 & \" model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D301& \" model. \"","v":"For the Multistage 2° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 1° model. "},"This also applies to the Multistage 1° model. "]
[null,"Cancer","Multistage 2°","Multistage 3°","The Multistage 2° model may appear equivalent to the Multistage 3° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 3° model. "]
[null,"Cancer","Multistage 2°","Multistage 4°","The Multistage 2° model may appear equivalent to the Multistage 4° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 4° model. "]
[null,"Cancer","Multistage 2°","Multistage 5°","The Multistage 2° model may appear equivalent to the Multistage 5° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 5° model. "]
[null,"Cancer","Multistage 2°","Multistage 6°","The Multistage 2° model may appear equivalent to the Multistage 6° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 6° model. "]
[null,"Cancer","Multistage 2°","Multistage 7°","The Multistage 2° model may appear equivalent to the Multistage 7° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 7° model. "]
[null,"Cancer","Multistage 2°","Multistage 8°","The Multistage 2° model may appear equivalent to the Multistage 8° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 8° model. "]
[null,"Cancer","Multistage 2°","Multistage 9°","The Multistage 2° model may appear equivalent to the Multistage 9° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 9° model. "]
[null,"Dichotomous","Multistage 3°","Gamma","The Multistage 3° model may appear equivalent to the Gamma model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Gamma model. "]
[null,"Dichotomous","Multistage 3°","Dichotomous-Hill","The Multistage 3° model may appear equivalent to the Dichotomous-Hill model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Dichotomous-Hill model. "]
[null,"Dichotomous","Multistage 3°","Logistic","The Multistage 3° model may appear equivalent to the Logistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Logistic model. "]
[null,"Dichotomous","Multistage 3°","LogLogistic","The Multistage 3° model may appear equivalent to the LogLogistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the LogLogistic model. "]
[null,"Dichotomous","Multistage 3°","Probit","The Multistage 3° model may appear equivalent to the Probit model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Probit model. "]
[null,"Dichotomous","Multistage 3°","LogProbit","The Multistage 3° model may appear equivalent to the LogProbit model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the LogProbit model. "]
[null,"Dichotomous","Multistage 3°","Weibull","The Multistage 3° model may appear equivalent to the Weibull model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Weibull model. "]
[null,"Dichotomous","Multistage 3°","Quantal-Linear","The Multistage 3° model may appear equivalent to the Quantal-Linear model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Quantal-Linear model. "]
[null,"Cancer","Multistage 3°","Multistage 1°","The Multistage 3° model may appear equivalent to the Multistage 1° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C317 & \" model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D317& \" model. \"","v":"For the Multistage 3° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 1° model. "},"This also applies to the Multistage 1° model. "]
[null,"Cancer","Multistage 3°","Multistage 2°",{"$f":"\"The \" &C318& \" model may appear equivalent to the \" &D318 & \" model, however differences exist in digits not displayed in the table. \"","v":"The Multistage 3° model may appear equivalent to the Multistage 2° model, however differences exist in digits not displayed in the table. "},{"$f":" \"For the \" & C318 & \" model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D318& \" model. \"","v":"For the Multistage 3° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 2° model. "},"This also applies to the Multistage 2° model. "]
[null,"Cancer","Multistage 3°","Multistage 4°","The Multistage 3° model may appear equivalent to the Multistage 4° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 4° model. "]
[null,"Cancer","Multistage 3°","Multistage 5°","The Multistage 3° model may appear equivalent to the Multistage 5° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 5° model. "]
[null,"Cancer","Multistage 3°","Multistage 6°","The Multistage 3° model may appear equivalent to the Multistage 6° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 6° model. "]
[null,"Cancer","Multistage 3°","Multistage 7°","The Multistage 3° model may appear equivalent to the Multistage 7° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 7° model. "]
[null,"Cancer","Multistage 3°","Multistage 8°","The Multistage 3° model may appear equivalent to the Multistage 8° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 8° model. "]
[null,"Cancer","Multistage 3°","Multistage 9°","The Multistage 3° model may appear equivalent to the Multistage 9° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 9° model. "]
[null,"Continuous","Polynomial 4°","Exponential (M3)","The Polynomial 4° model may appear equivalent to the Exponential (M3) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M3) model. "]
[null,"Continuous","Polynomial 4°","Exponential (M4)","The Polynomial 4° model may appear equivalent to the Exponential (M4) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M4) model. "]
[null,"Continuous","Polynomial 4°","Exponential (M5)","The Polynomial 4° model may appear equivalent to the Exponential (M5) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M5) model. "]
[null,"Continuous","Polynomial 4°","Hill","The Polynomial 4° model may appear equivalent to the Hill model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Hill model. "]
[null,"Continuous","Polynomial 4°","Linear","The Polynomial 4° model may appear equivalent to the Linear model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C329 & \" model, the b4, b3, and b2 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D329& \" model. \"","v":"For the Polynomial 4° model, the b4, b3, and b2 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Linear model. "},{"$f":"\"This also applies to the \"&D329& \" model. \"","v":"This also applies to the Linear model. "}]
[null,"Continuous","Polynomial 4°","Power","The Polynomial 4° model may appear equivalent to the Power model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Power model. "]
[null,"Continuous","Polynomial 4°","Polynomial 2°","The Polynomial 4° model may appear equivalent to the Polynomial 2° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" &C331& \" model, the b4 and b3 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D331& \" model. \"","v":"For the Polynomial 4° model, the b4 and b3 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Polynomial 2° model. "},"This also applies to the Polynomial 2° model. "]
[null,"Continuous","Polynomial 4°","Polynomial 3°","The Polynomial 4° model may appear equivalent to the Polynomial 3° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C332 & \" model, the b4 coefficient estimate was 0 (boundary of parameters space).  The models in this row reduced to the \" &D332& \" model. \"","v":"For the Polynomial 4° model, the b4 coefficient estimate was 0 (boundary of parameters space).  The models in this row reduced to the Polynomial 3° model. "},"This also applies to the Polynomial 3° model. "]
[null,"Continuous","Polynomial 4°","Polynomial 5°","The Polynomial 4° model may appear equivalent to the Polynomial 5° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 5° model. "]
[null,"Continuous","Polynomial 4°","Polynomial 6°","The Polynomial 4° model may appear equivalent to the Polynomial 6° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 6° model. "]
[null,"Continuous","Polynomial 4°","Polynomial 7°","The Polynomial 4° model may appear equivalent to the Polynomial 7° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 7° model. "]
[null,"Continuous","Polynomial 4°","Polynomial 8°","The Polynomial 4° model may appear equivalent to the Polynomial 8° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 8° model. "]
[null,"Continuous","Polynomial 4°","Polynomial 9°","The Polynomial 4° model may appear equivalent to the Polynomial 9° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 9° model. "]
[null,"Continuous","Polynomial 5°","Exponential (M3)","The Polynomial 5° model may appear equivalent to the Exponential (M3) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M3) model. "]
[null,"Continuous","Polynomial 5°","Exponential (M4)","The Polynomial 5° model may appear equivalent to the Exponential (M4) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M4) model. "]
[null,"Continuous","Polynomial 5°","Exponential (M5)","The Polynomial 5° model may appear equivalent to the Exponential (M5) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M5) model. "]
[null,"Continuous","Polynomial 5°","Hill","The Polynomial 5° model may appear equivalent to the Hill model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Hill model. "]
[null,"Continuous","Polynomial 5°","Linear","The Polynomial 5° model may appear equivalent to the Linear model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C342 & \" model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D342& \" model. \"","v":"For the Polynomial 5° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Linear model. "},"This also applies to the Linear model. "]
[null,"Continuous","Polynomial 5°","Power","The Polynomial 5° model may appear equivalent to the Power model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Power model. "]
[null,"Continuous","Polynomial 5°","Polynomial 2°","The Polynomial 5° model may appear equivalent to the Polynomial 2° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C344 & \" model, the b5, b4, and b3 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D344& \" model. \"","v":"For the Polynomial 5° model, the b5, b4, and b3 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Polynomial 2° model. "},"This also applies to the Polynomial 2° model. "]
[null,"Continuous","Polynomial 5°","Polynomial 3°","The Polynomial 5° model may appear equivalent to the Polynomial 3° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C345 & \" model, the b5 and b4 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D345& \" model. \"","v":"For the Polynomial 5° model, the b5 and b4 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Polynomial 3° model. "},"This also applies to the Polynomial 3° model. "]
[null,"Continuous","Polynomial 5°","Polynomial 4°","The Polynomial 5° model may appear equivalent to the Polynomial 4° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C346 & \" model, the b5 coefficient estimate was 0 (boundary of parameters space).  The models in this row reduced to the \" &D346& \" model. \"","v":"For the Polynomial 5° model, the b5 coefficient estimate was 0 (boundary of parameters space).  The models in this row reduced to the Polynomial 4° model. "},"This also applies to the Polynomial 4° model. "]
[null,"Continuous","Polynomial 5°","Polynomial 6°","The Polynomial 5° model may appear equivalent to the Polynomial 6° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 6° model. "]
[null,"Continuous","Polynomial 5°","Polynomial 7°","The Polynomial 5° model may appear equivalent to the Polynomial 7° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 7° model. "]
[null,"Continuous","Polynomial 5°","Polynomial 8°","The Polynomial 5° model may appear equivalent to the Polynomial 8° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 8° model. "]
[null,"Continuous","Polynomial 5°","Polynomial 9°","The Polynomial 5° model may appear equivalent to the Polynomial 9° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 9° model. "]
[null,"Continuous","Polynomial 6°","Exponential (M3)","The Polynomial 6° model may appear equivalent to the Exponential (M3) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M3) model. "]
[null,"Continuous","Polynomial 6°","Exponential (M4)","The Polynomial 6° model may appear equivalent to the Exponential (M4) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M4) model. "]
[null,"Continuous","Polynomial 6°","Exponential (M5)","The Polynomial 6° model may appear equivalent to the Exponential (M5) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M5) model. "]
[null,"Continuous","Polynomial 6°","Hill","The Polynomial 6° model may appear equivalent to the Hill model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Hill model. "]
[null,"Continuous","Polynomial 6°","Linear","The Polynomial 6° model may appear equivalent to the Linear model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C355 & \" model, the b6, b5, b4, b3, and b2 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D355& \" model. \"","v":"For the Polynomial 6° model, the b6, b5, b4, b3, and b2 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Linear model. "},"This also applies to the Linear model. "]
[null,"Continuous","Polynomial 6°","Power","The Polynomial 6° model may appear equivalent to the Power model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Power model. "]
[null,"Continuous","Polynomial 6°","Polynomial 2°","The Polynomial 6° model may appear equivalent to the Polynomial 2° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C357 & \" model, the b6, b5, b4, and b3 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D357& \" model. \"","v":"For the Polynomial 6° model, the b6, b5, b4, and b3 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Polynomial 2° model. "},"This also applies to the Polynomial 2° model. "]
[null,"Continuous","Polynomial 6°","Polynomial 3°","The Polynomial 6° model may appear equivalent to the Polynomial 3° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C358 & \" model, the b6, b5, and b4 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D358& \" model. \"","v":"For the Polynomial 6° model, the b6, b5, and b4 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Polynomial 3° model. "},"This also applies to the Polynomial 3° model. "]
[null,"Continuous","Polynomial 6°","Polynomial 4°","The Polynomial 6° model may appear equivalent to the Polynomial 4° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C359 & \" model, the b6 and b5 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D359& \" model. \"","v":"For the Polynomial 6° model, the b6 and b5 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Polynomial 4° model. "},"This also applies to the Polynomial 4° model. "]
[null,"Continuous","Polynomial 6°","Polynomial 5°","The Polynomial 6° model may appear equivalent to the Polynomial 5° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C360 & \" model, the b6 coefficient estimate was 0 (boundary of parameters space).  The models in this row reduced to the \" &D360& \" model. \"","v":"For the Polynomial 6° model, the b6 coefficient estimate was 0 (boundary of parameters space).  The models in this row reduced to the Polynomial 5° model. "},"This also applies to the Polynomial 5° model. "]
[null,"Continuous","Polynomial 6°","Polynomial 7°","The Polynomial 6° model may appear equivalent to the Polynomial 7° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 7° model. "]
[null,"Continuous","Polynomial 6°","Polynomial 8°","The Polynomial 6° model may appear equivalent to the Polynomial 8° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 8° model. "]
[null,"Continuous","Polynomial 6°","Polynomial 9°","The Polynomial 6° model may appear equivalent to the Polynomial 9° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 9° model. "]
[null,"Continuous","Polynomial 7°","Exponential (M3)","The Polynomial 7° model may appear equivalent to the Exponential (M3) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M3) model. "]
[null,"Continuous","Polynomial 7°","Exponential (M4)","The Polynomial 7° model may appear equivalent to the Exponential (M4) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M4) model. "]
[null,"Continuous","Polynomial 7°","Exponential (M5)","The Polynomial 7° model may appear equivalent to the Exponential (M5) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M5) model. "]
[null,"Continuous","Polynomial 7°","Hill","The Polynomial 7° model may appear equivalent to the Hill model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Hill model. "]
[null,"Continuous","Polynomial 7°","Linear","The Polynomial 7° model may appear equivalent to the Linear model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C368 & \" model, the b7, b6, b5, b4, b3, and b2 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D368& \" model. \"","v":"For the Polynomial 7° model, the b7, b6, b5, b4, b3, and b2 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Linear model. "},"This also applies to the Linear model. "]
[null,"Continuous","Polynomial 7°","Power","The Polynomial 7° model may appear equivalent to the Power model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Power model. "]
[null,"Continuous","Polynomial 7°","Polynomial 2°","The Polynomial 7° model may appear equivalent to the Polynomial 2° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C370 & \" model, the  b7, b6, b5, b4, and b3 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D370& \" model. \"","v":"For the Polynomial 7° model, the  b7, b6, b5, b4, and b3 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Polynomial 2° model. "},"This also applies to the Polynomial 2° model. "]
[null,"Continuous","Polynomial 7°","Polynomial 3°","The Polynomial 7° model may appear equivalent to the Polynomial 3° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C371 & \" model, the  b7, b6, b5, and b4 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D371& \" model. \"","v":"For the Polynomial 7° model, the  b7, b6, b5, and b4 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Polynomial 3° model. "},"This also applies to the Polynomial 3° model. "]
[null,"Continuous","Polynomial 7°","Polynomial 4°","The Polynomial 7° model may appear equivalent to the Polynomial 4° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C372 & \" model, the  b7, b6, and b5 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D372& \" model. \"","v":"For the Polynomial 7° model, the  b7, b6, and b5 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Polynomial 4° model. "},"This also applies to the Polynomial 4° model. "]
[null,"Continuous","Polynomial 7°","Polynomial 5°","The Polynomial 7° model may appear equivalent to the Polynomial 5° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C373 & \" model, the b7 and b6 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D373& \" model. \"","v":"For the Polynomial 7° model, the b7 and b6 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Polynomial 5° model. "},"This also applies to the Polynomial 5° model. "]
[null,"Continuous","Polynomial 7°","Polynomial 6°","The Polynomial 7° model may appear equivalent to the Polynomial 6° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C374 & \" model, the b7 coefficient estimate was 0 (boundary of parameters space).  The models in this row reduced to the \" &D374& \" model. \"","v":"For the Polynomial 7° model, the b7 coefficient estimate was 0 (boundary of parameters space).  The models in this row reduced to the Polynomial 6° model. "},"This also applies to the Polynomial 6° model. "]
[null,"Continuous","Polynomial 7°","Polynomial 8°","The Polynomial 7° model may appear equivalent to the Polynomial 8° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 8° model. "]
[null,"Continuous","Polynomial 7°","Polynomial 9°","The Polynomial 7° model may appear equivalent to the Polynomial 9° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 9° model. "]
[null,"Continuous","Polynomial 8°","Exponential (M3)","The Polynomial 8° model may appear equivalent to the Exponential (M3) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M3) model. "]
[null,"Continuous","Polynomial 8°","Exponential (M4)","The Polynomial 8° model may appear equivalent to the Exponential (M4) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M4) model. "]
[null,"Continuous","Polynomial 8°","Exponential (M5)","The Polynomial 8° model may appear equivalent to the Exponential (M5) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M5) model. "]
[null,"Continuous","Polynomial 8°","Hill","The Polynomial 8° model may appear equivalent to the Hill model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Hill model. "]
[null,"Continuous","Polynomial 8°","Linear","The Polynomial 8° model may appear equivalent to the Linear model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C381 & \" model, the b8, b7, b6, b5, b4, b3, and b2 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D381& \" model. \"","v":"For the Polynomial 8° model, the b8, b7, b6, b5, b4, b3, and b2 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Linear model. "},"This also applies to the Linear model. "]
[null,"Continuous","Polynomial 8°","Power",{"$f":"\"The \" &C382& \" model may appear equivalent to the \" &D382 & \" model, however differences exist in digits not displayed in the table. \"","v":"The Polynomial 8° model may appear equivalent to the Power model, however differences exist in digits not displayed in the table. "},"N/A","This also applies to the Power model. "]
[null,"Continuous","Polynomial 8°","Polynomial 2°","The Polynomial 8° model may appear equivalent to the Polynomial 2° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C383 & \" model, the b8, b7, b6, b5, b4, and b3 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D383& \" model. \"","v":"For the Polynomial 8° model, the b8, b7, b6, b5, b4, and b3 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Polynomial 2° model. "},"This also applies to the Polynomial 2° model. "]
[null,"Continuous","Polynomial 8°","Polynomial 3°","The Polynomial 8° model may appear equivalent to the Polynomial 3° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C384 & \" model, the b8, b7, b6, b5, and b4 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D384& \" model. \"","v":"For the Polynomial 8° model, the b8, b7, b6, b5, and b4 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Polynomial 3° model. "},"This also applies to the Polynomial 3° model. "]
[null,"Continuous","Polynomial 8°","Polynomial 4°","The Polynomial 8° model may appear equivalent to the Polynomial 4° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C385 & \" model, the b8, b7, b6, and b5 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D385& \" model. \"","v":"For the Polynomial 8° model, the b8, b7, b6, and b5 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Polynomial 4° model. "},"This also applies to the Polynomial 4° model. "]
[null,"Continuous","Polynomial 8°","Polynomial 5°","The Polynomial 8° model may appear equivalent to the Polynomial 5° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C386 & \" model, the b8, b7, and b6 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D386& \" model. \"","v":"For the Polynomial 8° model, the b8, b7, and b6 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Polynomial 5° model. "},"This also applies to the Polynomial 5° model. "]
[null,"Continuous","Polynomial 8°","Polynomial 6°","The Polynomial 8° model may appear equivalent to the Polynomial 6° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C387 & \" model, the b8 and b7 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D387& \" model. \"","v":"For the Polynomial 8° model, the b8 and b7 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Polynomial 6° model. "},"This also applies to the Polynomial 6° model. "]
[null,"Continuous","Polynomial 8°","Polynomial 7°","The Polynomial 8° model may appear equivalent to the Polynomial 7° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C388 & \" model, the b8 coefficient estimate was 0 (boundary of parameters space).  The models in this row reduced to the \" &D388& \" model. \"","v":"For the Polynomial 8° model, the b8 coefficient estimate was 0 (boundary of parameters space).  The models in this row reduced to the Polynomial 7° model. "},"This also applies to the Polynomial 7° model. "]
[null,"Continuous","Polynomial 8°","Polynomial 9°","The Polynomial 8° model may appear equivalent to the Polynomial 9° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Polynomial 9° model. "]
[null,"Continuous","Polynomial 9°","Exponential (M3)","The Polynomial 9° model may appear equivalent to the Exponential (M3) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M3) model. "]
[null,"Continuous","Polynomial 9°","Exponential (M4)","The Polynomial 9° model may appear equivalent to the Exponential (M4) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M4) model. "]
[null,"Continuous","Polynomial 9°","Exponential (M5)","The Polynomial 9° model may appear equivalent to the Exponential (M5) model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Exponential (M5) model. "]
[null,"Continuous","Polynomial 9°","Hill","The Polynomial 9° model may appear equivalent to the Hill model, however differences exist in digits not displayed in the table. ","N/A",{"$f":"\"This also applies to the \"&D393& \" model. \"","v":"This also applies to the Hill model. "}]
[null,"Continuous","Polynomial 9°","Linear","The Polynomial 9° model may appear equivalent to the Linear model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C394 & \" model, the b9, b8, b7, b6, b5, b4, b3, and b2 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D394& \" model. \"","v":"For the Polynomial 9° model, the b9, b8, b7, b6, b5, b4, b3, and b2 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Linear model. "},"This also applies to the Linear model. "]
[null,"Continuous","Polynomial 9°","Power","The Polynomial 9° model may appear equivalent to the Power model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Power model. "]
[null,"Continuous","Polynomial 9°","Polynomial 2°","The Polynomial 9° model may appear equivalent to the Polynomial 2° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C396 & \" model, the b9, b8, b7, b6, b5, b4, and b3 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D396& \" model. \"","v":"For the Polynomial 9° model, the b9, b8, b7, b6, b5, b4, and b3 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Polynomial 2° model. "},"This also applies to the Polynomial 2° model. "]
[null,"Continuous","Polynomial 9°","Polynomial 3°","The Polynomial 9° model may appear equivalent to the Polynomial 3° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C397 & \" model, the  b9, b8, b7, b6, b5, and b4 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D397& \" model. \"","v":"For the Polynomial 9° model, the  b9, b8, b7, b6, b5, and b4 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Polynomial 3° model. "},"This also applies to the Polynomial 3° model. "]
[null,"Continuous","Polynomial 9°","Polynomial 4°","The Polynomial 9° model may appear equivalent to the Polynomial 4° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C398 & \" model, the b9, b8, b7, b6, and b5 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D398& \" model. \"","v":"For the Polynomial 9° model, the b9, b8, b7, b6, and b5 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Polynomial 4° model. "},"This also applies to the Polynomial 4° model. "]
[null,"Continuous","Polynomial 9°","Polynomial 5°","The Polynomial 9° model may appear equivalent to the Polynomial 5° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C399 & \" model, the b9, b8, b7, and b6 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D399& \" model. \"","v":"For the Polynomial 9° model, the b9, b8, b7, and b6 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Polynomial 5° model. "},"This also applies to the Polynomial 5° model. "]
[null,"Continuous","Polynomial 9°","Polynomial 6°","The Polynomial 9° model may appear equivalent to the Polynomial 6° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C400 & \" model, the b9, b8, and b7 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D400& \" model. \"","v":"For the Polynomial 9° model, the b9, b8, and b7 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Polynomial 6° model. "},"This also applies to the Polynomial 6° model. "]
[null,"Continuous","Polynomial 9°","Polynomial 7°","The Polynomial 9° model may appear equivalent to the Polynomial 7° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C401 & \" model, the b9 and b8 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D401& \" model. \"","v":"For the Polynomial 9° model, the b9 and b8 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Polynomial 7° model. "},"This also applies to the Polynomial 7° model. "]
[null,"Continuous","Polynomial 9°","Polynomial 8°","The Polynomial 9° model may appear equivalent to the Polynomial 8° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C402 & \" model, the b9 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D402& \" model. \"","v":"For the Polynomial 9° model, the b9 coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Polynomial 8° model. "},"This also applies to the Polynomial 8° model. "]
[null,"Dichotomous","Multistage 4°","Gamma","The Multistage 4° model may appear equivalent to the Gamma model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Gamma model. "]
[null,"Dichotomous","Multistage 4°","Dichotomous-Hill","The Multistage 4° model may appear equivalent to the Dichotomous-Hill model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Dichotomous-Hill model. "]
[null,"Dichotomous","Multistage 4°","Logistic","The Multistage 4° model may appear equivalent to the Logistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Logistic model. "]
[null,"Dichotomous","Multistage 4°","LogLogistic","The Multistage 4° model may appear equivalent to the LogLogistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the LogLogistic model. "]
[null,"Dichotomous","Multistage 4°","Probit","The Multistage 4° model may appear equivalent to the Probit model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Probit model. "]
[null,"Dichotomous","Multistage 4°","LogProbit","The Multistage 4° model may appear equivalent to the LogProbit model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the LogProbit model. "]
[null,"Dichotomous","Multistage 4°","Weibull","The Multistage 4° model may appear equivalent to the Weibull model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Weibull model. "]
[null,"Dichotomous","Multistage 4°","Quantal-Linear","The Multistage 4° model may appear equivalent to the Quantal-Linear model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Quantal-Linear model. "]
[null,"Cancer","Multistage 4°","Multistage 1°","The Multistage 4° model may appear equivalent to the Multistage 1° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C411 & \" model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D411& \" model. \"","v":"For the Multistage 4° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 1° model. "},"This also applies to the Multistage 1° model. "]
[null,"Cancer","Multistage 4°","Multistage 2°","The Multistage 4° model may appear equivalent to the Multistage 2° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C412 & \" model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D412& \" model. \"","v":"For the Multistage 4° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 2° model. "},"This also applies to the Multistage 2° model. "]
[null,"Cancer","Multistage 4°","Multistage 3°","The Multistage 4° model may appear equivalent to the Multistage 3° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C413 & \" model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D413& \" model. \"","v":"For the Multistage 4° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 3° model. "},"This also applies to the Multistage 3° model. "]
[null,"Cancer","Multistage 4°","Multistage 5°","The Multistage 4° model may appear equivalent to the Multistage 5° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 5° model. "]
[null,"Cancer","Multistage 4°","Multistage 6°","The Multistage 4° model may appear equivalent to the Multistage 6° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 6° model. "]
[null,"Cancer","Multistage 4°","Multistage 7°","The Multistage 4° model may appear equivalent to the Multistage 7° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 7° model. "]
[null,"Cancer","Multistage 4°","Multistage 8°","The Multistage 4° model may appear equivalent to the Multistage 8° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 8° model. "]
[null,"Cancer","Multistage 4°","Multistage 9°","The Multistage 4° model may appear equivalent to the Multistage 9° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 9° model. "]
[null,"Dichotomous","Multistage 5°","Gamma","The Multistage 5° model may appear equivalent to the Gamma model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Gamma model. "]
[null,"Dichotomous","Multistage 5°","Dichotomous-Hill","The Multistage 5° model may appear equivalent to the Dichotomous-Hill model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Dichotomous-Hill model. "]
[null,"Dichotomous","Multistage 5°","Logistic","The Multistage 5° model may appear equivalent to the Logistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Logistic model. "]
[null,"Dichotomous","Multistage 5°","LogLogistic","The Multistage 5° model may appear equivalent to the LogLogistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the LogLogistic model. "]
[null,"Dichotomous","Multistage 5°","Probit","The Multistage 5° model may appear equivalent to the Probit model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Probit model. "]
[null,"Dichotomous","Multistage 5°","LogProbit","The Multistage 5° model may appear equivalent to the LogProbit model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the LogProbit model. "]
[null,"Dichotomous","Multistage 5°","Weibull","The Multistage 5° model may appear equivalent to the Weibull model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Weibull model. "]
[null,"Dichotomous","Multistage 5°","Quantal-Linear","The Multistage 5° model may appear equivalent to the Quantal-Linear model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Quantal-Linear model. "]
[null,"Cancer","Multistage 5°","Multistage 1°","The Multistage 5° model may appear equivalent to the Multistage 1° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C427 & \" model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D427& \" model. \"","v":"For the Multistage 5° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 1° model. "},"This also applies to the Multistage 1° model. "]
[null,"Cancer","Multistage 5°","Multistage 2°","The Multistage 5° model may appear equivalent to the Multistage 2° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C428 & \" model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D428& \" model. \"","v":"For the Multistage 5° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 2° model. "},"This also applies to the Multistage 2° model. "]
[null,"Cancer","Multistage 5°","Multistage 3°","The Multistage 5° model may appear equivalent to the Multistage 3° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C429 & \" model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D429& \" model. \"","v":"For the Multistage 5° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 3° model. "},"This also applies to the Multistage 3° model. "]
[null,"Cancer","Multistage 5°","Multistage 4°","The Multistage 5° model may appear equivalent to the Multistage 4° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C430 & \" model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D430& \" model. \"","v":"For the Multistage 5° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 4° model. "},"This also applies to the Multistage 4° model. "]
[null,"Cancer","Multistage 5°","Multistage 6°","The Multistage 5° model may appear equivalent to the Multistage 6° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 6° model. "]
[null,"Cancer","Multistage 5°","Multistage 7°","The Multistage 5° model may appear equivalent to the Multistage 7° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 7° model. "]
[null,"Cancer","Multistage 5°","Multistage 8°","The Multistage 5° model may appear equivalent to the Multistage 8° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 8° model. "]
[null,"Cancer","Multistage 5°","Multistage 9°","The Multistage 5° model may appear equivalent to the Multistage 9° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 9° model. "]
[null,"Dichotomous","Multistage 6°","Gamma","The Multistage 6° model may appear equivalent to the Gamma model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Gamma model. "]
[null,"Dichotomous","Multistage 6°","Dichotomous-Hill","The Multistage 6° model may appear equivalent to the Dichotomous-Hill model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Dichotomous-Hill model. "]
[null,"Dichotomous","Multistage 6°","Logistic","The Multistage 6° model may appear equivalent to the Logistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Logistic model. "]
[null,"Dichotomous","Multistage 6°","LogLogistic","The Multistage 6° model may appear equivalent to the LogLogistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the LogLogistic model. "]
[null,"Dichotomous","Multistage 6°","Probit","The Multistage 6° model may appear equivalent to the Probit model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Probit model. "]
[null,"Dichotomous","Multistage 6°","LogProbit","The Multistage 6° model may appear equivalent to the LogProbit model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the LogProbit model. "]
[null,"Dichotomous","Multistage 6°","Weibull","The Multistage 6° model may appear equivalent to the Weibull model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Weibull model. "]
[null,"Dichotomous","Multistage 6°","Quantal-Linear","The Multistage 6° model may appear equivalent to the Quantal-Linear model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Quantal-Linear model. "]
[null,"Cancer","Multistage 6°","Multistage 1°","The Multistage 6° model may appear equivalent to the Multistage 1° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C443 & \" model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D443& \" model. \"","v":"For the Multistage 6° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 1° model. "},"This also applies to the Multistage 1° model. "]
[null,"Cancer","Multistage 6°","Multistage 2°","The Multistage 6° model may appear equivalent to the Multistage 2° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C444 & \" model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D444& \" model. \"","v":"For the Multistage 6° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 2° model. "},"This also applies to the Multistage 2° model. "]
[null,"Cancer","Multistage 6°","Multistage 3°","The Multistage 6° model may appear equivalent to the Multistage 3° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C445 & \" model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D445& \" model. \"","v":"For the Multistage 6° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 3° model. "},"This also applies to the Multistage 3° model. "]
[null,"Cancer","Multistage 6°","Multistage 4°",{"$f":"\"The \" &C446& \" model may appear equivalent to the \" &D446 & \" model, however differences exist in digits not displayed in the table. \"","v":"The Multistage 6° model may appear equivalent to the Multistage 4° model, however differences exist in digits not displayed in the table. "},{"$f":" \"For the \" & C446 & \" model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D446& \" model. \"","v":"For the Multistage 6° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 4° model. "},"This also applies to the Multistage 4° model. "]
[null,"Cancer","Multistage 6°","Multistage 5°","The Multistage 6° model may appear equivalent to the Multistage 5° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C447 & \" model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D447& \" model. \"","v":"For the Multistage 6° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 5° model. "},"This also applies to the Multistage 5° model. "]
[null,"Cancer","Multistage 6°","Multistage 7°","The Multistage 6° model may appear equivalent to the Multistage 7° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 7° model. "]
[null,"Cancer","Multistage 6°","Multistage 8°","The Multistage 6° model may appear equivalent to the Multistage 8° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 8° model. "]
[null,"Cancer","Multistage 6°","Multistage 9°","The Multistage 6° model may appear equivalent to the Multistage 9° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 9° model. "]
[null,"Dichotomous","Multistage 7°","Gamma","The Multistage 7° model may appear equivalent to the Gamma model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Gamma model. "]
[null,"Dichotomous","Multistage 7°","Dichotomous-Hill","The Multistage 7° model may appear equivalent to the Dichotomous-Hill model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Dichotomous-Hill model. "]
[null,"Dichotomous","Multistage 7°","Logistic","The Multistage 7° model may appear equivalent to the Logistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Logistic model. "]
[null,"Dichotomous","Multistage 7°","LogLogistic","The Multistage 7° model may appear equivalent to the LogLogistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the LogLogistic model. "]
[null,"Dichotomous","Multistage 7°","Probit","The Multistage 7° model may appear equivalent to the Probit model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Probit model. "]
[null,"Dichotomous","Multistage 7°","LogProbit","The Multistage 7° model may appear equivalent to the LogProbit model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the LogProbit model. "]
[null,"Dichotomous","Multistage 7°","Weibull","The Multistage 7° model may appear equivalent to the Weibull model, however differences exist in digits not displayed in the table. ","N/A",{"$f":"\"This also applies to the \"&D457& \" model. \"","v":"This also applies to the Weibull model. "}]
[null,"Dichotomous","Multistage 7°","Quantal-Linear","The Multistage 7° model may appear equivalent to the Quantal-Linear model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Quantal-Linear model. "]
[null,"Cancer","Multistage 7°","Multistage 1°","The Multistage 7° model may appear equivalent to the Multistage 1° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C459 & \" model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D459& \" model. \"","v":"For the Multistage 7° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 1° model. "},"This also applies to the Multistage 1° model. "]
[null,"Cancer","Multistage 7°","Multistage 2°","The Multistage 7° model may appear equivalent to the Multistage 2° model, however differences exist in digits not displayed in the table. ","For the Multistage 7° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 2° model. ","This also applies to the Multistage 2° model. "]
[null,"Cancer","Multistage 7°","Multistage 3°","The Multistage 7° model may appear equivalent to the Multistage 3° model, however differences exist in digits not displayed in the table. ","For the Multistage 7° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 3° model. ","This also applies to the Multistage 3° model. "]
[null,"Cancer","Multistage 7°","Multistage 4°","The Multistage 7° model may appear equivalent to the Multistage 4° model, however differences exist in digits not displayed in the table. ","For the Multistage 7° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 4° model. ","This also applies to the Multistage 4° model. "]
[null,"Cancer","Multistage 7°","Multistage 5°","The Multistage 7° model may appear equivalent to the Multistage 5° model, however differences exist in digits not displayed in the table. ","For the Multistage 7° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 5° model. ","This also applies to the Multistage 5° model. "]
[null,"Cancer","Multistage 7°","Multistage 6°","The Multistage 7° model may appear equivalent to the Multistage 6° model, however differences exist in digits not displayed in the table. ","For the Multistage 7° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 6° model. ","This also applies to the Multistage 6° model. "]
[null,"Cancer","Multistage 7°","Multistage 8°","The Multistage 7° model may appear equivalent to the Multistage 8° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 8° model. "]
[null,"Cancer","Multistage 7°","Multistage 9°","The Multistage 7° model may appear equivalent to the Multistage 9° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 9° model. "]
[null,"Dichotomous","Multistage 8°","Gamma","The Multistage 8° model may appear equivalent to the Gamma model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Gamma model. "]
[null,"Dichotomous","Multistage 8°","Dichotomous-Hill","The Multistage 8° model may appear equivalent to the Dichotomous-Hill model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Dichotomous-Hill model. "]
[null,"Dichotomous","Multistage 8°","Logistic","The Multistage 8° model may appear equivalent to the Logistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Logistic model. "]
[null,"Dichotomous","Multistage 8°","LogLogistic","The Multistage 8° model may appear equivalent to the LogLogistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the LogLogistic model. "]
[null,"Dichotomous","Multistage 8°","Probit","The Multistage 8° model may appear equivalent to the Probit model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Probit model. "]
[null,"Dichotomous","Multistage 8°","LogProbit","The Multistage 8° model may appear equivalent to the LogProbit model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the LogProbit model. "]
[null,"Dichotomous","Multistage 8°","Weibull","The Multistage 8° model may appear equivalent to the Weibull model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Weibull model. "]
[null,"Dichotomous","Multistage 8°","Quantal-Linear","The Multistage 8° model may appear equivalent to the Quantal-Linear model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Quantal-Linear model. "]
[null,"Cancer","Multistage 8°","Multistage 1°","The Multistage 8° model may appear equivalent to the Multistage 1° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C475 & \" model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D475& \" model. \"","v":"For the Multistage 8° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 1° model. "},"This also applies to the Multistage 1° model. "]
[null,"Cancer","Multistage 8°","Multistage 2°","The Multistage 8° model may appear equivalent to the Multistage 2° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C476 & \" model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D476& \" model. \"","v":"For the Multistage 8° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 2° model. "},"This also applies to the Multistage 2° model. "]
[null,"Cancer","Multistage 8°","Multistage 3°","The Multistage 8° model may appear equivalent to the Multistage 3° model, however differences exist in digits not displayed in the table. ","For the Multistage 8° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 3° model. ","This also applies to the Multistage 3° model. "]
[null,"Cancer","Multistage 8°","Multistage 4°","The Multistage 8° model may appear equivalent to the Multistage 4° model, however differences exist in digits not displayed in the table. ","For the Multistage 8° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 4° model. ","This also applies to the Multistage 4° model. "]
[null,"Cancer","Multistage 8°","Multistage 5°","The Multistage 8° model may appear equivalent to the Multistage 5° model, however differences exist in digits not displayed in the table. ","For the Multistage 8° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 5° model. ","This also applies to the Multistage 5° model. "]
[null,"Cancer","Multistage 8°","Multistage 6°","The Multistage 8° model may appear equivalent to the Multistage 6° model, however differences exist in digits not displayed in the table. ","For the Multistage 8° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 6° model. ","This also applies to the Multistage 6° model. "]
[null,"Cancer","Multistage 8°","Multistage 7°","The Multistage 8° model may appear equivalent to the Multistage 7° model, however differences exist in digits not displayed in the table. ","For the Multistage 8° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 7° model. ","This also applies to the Multistage 7° model. "]
[null,"Cancer","Multistage 8°","Multistage 9°","The Multistage 8° model may appear equivalent to the Multistage 9° model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Multistage 9° model. "]
[null,"Dichotomous","Multistage 9°","Gamma","The Multistage 9° model may appear equivalent to the Gamma model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Gamma model. "]
[null,"Dichotomous","Multistage 9°","Dichotomous-Hill","The Multistage 9° model may appear equivalent to the Dichotomous-Hill model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Dichotomous-Hill model. "]
[null,"Dichotomous","Multistage 9°","Logistic","The Multistage 9° model may appear equivalent to the Logistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Logistic model. "]
[null,"Dichotomous","Multistage 9°","LogLogistic","The Multistage 9° model may appear equivalent to the LogLogistic model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the LogLogistic model. "]
[null,"Dichotomous","Multistage 9°","Probit","The Multistage 9° model may appear equivalent to the Probit model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Probit model. "]
[null,"Dichotomous","Multistage 9°","LogProbit","The Multistage 9° model may appear equivalent to the LogProbit model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the LogProbit model. "]
[null,"Dichotomous","Multistage 9°","Weibull","The Multistage 9° model may appear equivalent to the Weibull model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Weibull model. "]
[null,"Dichotomous","Multistage 9°","Quantal-Linear","The Multistage 9° model may appear equivalent to the Quantal-Linear model, however differences exist in digits not displayed in the table. ","N/A","This also applies to the Quantal-Linear model. "]
[null,"Cancer","Multistage 9°","Multistage 1°","The Multistage 9° model may appear equivalent to the Multistage 1° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C491 & \" model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D491& \" model. \"","v":"For the Multistage 9° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 1° model. "},"This also applies to the Multistage 1° model. "]
[null,"Cancer","Multistage 9°","Multistage 2°","The Multistage 9° model may appear equivalent to the Multistage 2° model, however differences exist in digits not displayed in the table. ",{"$f":" \"For the \" & C492 & \" model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the \" &D492& \" model. \"","v":"For the Multistage 9° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 2° model. "},"This also applies to the Multistage 2° model. "]
[null,"Cancer","Multistage 9°","Multistage 3°","The Multistage 9° model may appear equivalent to the Multistage 3° model, however differences exist in digits not displayed in the table. ","For the Multistage 9° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 3° model. ","This also applies to the Multistage 3° model. "]
[null,"Cancer","Multistage 9°","Multistage 4°","The Multistage 9° model may appear equivalent to the Multistage 4° model, however differences exist in digits not displayed in the table. ","For the Multistage 9° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 4° model. ","This also applies to the Multistage 4° model. "]
[null,"Cancer","Multistage 9°","Multistage 5°","The Multistage 9° model may appear equivalent to the Multistage 5° model, however differences exist in digits not displayed in the table. ","For the Multistage 9° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 5° model. ","This also applies to the Multistage 5° model. "]
[null,"Cancer","Multistage 9°","Multistage 6°","The Multistage 9° model may appear equivalent to the Multistage 6° model, however differences exist in digits not displayed in the table. ","For the Multistage 9° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 6° model. ","This also applies to the Multistage 6° model. "]
[null,"Cancer","Multistage 9°","Multistage 7°","The Multistage 9° model may appear equivalent to the Multistage 7° model, however differences exist in digits not displayed in the table. ","For the Multistage 9° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 7° model. ","This also applies to the Multistage 7° model. "]
[null,"Cancer","Multistage 9°","Multistage 8°","The Multistage 9° model may appear equivalent to the Multistage 8° model, however differences exist in digits not displayed in the table. ","For the Multistage 9° model, the beta coefficient estimates were 0 (boundary of parameters space).  The models in this row reduced to the Multistage 8° model. ","This also applies to the Multistage 8° model. "]

{"sheet":"Logic","index":12,"n_rows":36,"n_cols":8,"rows_kept":36,"cut":false,"hidden":false,"merged":[[13,6,14,6],[13,7,14,7],[8,1,8,3],[9,1,9,3],[10,1,10,3],[13,2,13,4],[13,5,14,5],[13,1,14,1]]}
[]
[null,"BMDS Wizard"]
[]
[null,"Model Recommendation Decision Logic"]
[]
[]
[]
[null,"Decision-Logic "]
[null,"Recommend model in Viable Bin?",null,null,true]
[null,"Recommend model in Questionable Bin?",null,null,false]
[null,"BMDL range deemed \"sufficiently close\" to use lowest AIC instead of lowest BMDL in viable models:",null,null,3]
[]
[null,"Model Recommendation/Bin Placement Logic"]
[null,"Test Description","Test On/Off",null,null,"Test Threshold (where appropriate)","Bin Placement if \nTest is True","Notes to Show"]
[null,null,"Dichot-omous","Dichot-omous Cancer","Continuous"]
[null,"BMD is not calculated","on","on","on","N/A","Unusable Bin","BMD not calculated"]
[null,"BMDL is not calculated","on","on","on","N/A","Unusable Bin","BMDL not calculated"]
[null,"BMDU is not calculated","off","off","off","N/A","Unusable Bin","BMDU not calculated"]
[null,"AIC is not calculated","on","on","on","N/A","Unusable Bin","AIC not calculated"]
[null,"Wrong variance model","off","off","on",0.1,"Unusable Bin",{"$f":"\"Wrong variance model (Test 2 p-value < \"&F20&\")\"","v":"Wrong variance model (Test 2 p-value < 0.1)"}]
[null,"Variance modeled poorly","off","off","on",0.1,"Questionable Bin",{"$f":"\"Variances not well modeled (Test 3 p-value < \"&F21&\")\"","v":"Variances not well modeled (Test 3 p-value < 0.1)"}]
[null,"Goodness of fit p-test","on","off","on",0.1,"Questionable Bin",{"$f":"\"Goodness of fit p-value < \"&F22","v":"Goodness of fit p-value < 0.1"}]
[null,"Goodness of fit p-test (cancer)","off","on","off",0.05,"Questionable Bin",{"$f":"\"Goodness of fit p-value < \"&F23","v":"Goodness of fit p-value < 0.05"}]
[null,"Ratio of BMD/BMDL (serious)","on","on","on",20,"Questionable Bin",{"$f":"\"BMD/BMDL ratio > \"&F24","v":"BMD/BMDL ratio > 20"}]
[null,"Ratio of BMD/BMDL (caution)","on","on","on",5,"No Bin Change (Warning)",{"$f":"\"BMD/BMDL ratio > \"&F25","v":"BMD/BMDL ratio > 5"}]
[null,"Abs(Residual of interest) too large","on","on","on",2,"Questionable Bin",{"$f":"\"|Residual of interest| > \"&F26","v":"|Residual of interest| > 2"}]
[null,"BMDS Model Warnings","on","on","on","N/A","No Bin Change (Warning)","BMDS output file included warning"]
[null,"BMD higher than highest dose","on","on","on",1,"No Bin Change (Warning)",{"$f":"IF(F28<>1,\"BMD \" &F28&\"x higher than maximum dose\",\"BMD higher than maximum dose\")","v":"BMD higher than maximum dose"}]
[null,"BMDL higher than highest dose","on","on","on",1,"No Bin Change (Warning)",{"$f":"IF(F29<>1,\"BMDL \" &F29&\"x higher than maximum dose\",\"BMDL higher than maximum dose\")","v":"BMDL higher than maximum dose"}]
[null,"BMD lower than lowest dose (warning)","on","on","on",3,"No Bin Change (Warning)",{"$f":"IF(F30<>1,\"BMD \" &F30&\"x lower than lowest non-zero dose\",\"BMD lower than lowest non-zero dose\")","v":"BMD 3x lower than lowest non-zero dose"}]
[null,"BMDL lower than lowest dose (warning)","on","on","on",3,"No Bin Change (Warning)",{"$f":"IF(F31<>1,\"BMDL \" &F31&\"x lower than lowest non-zero dose\",\"BMDL lower than lowest non-zero dose\")","v":"BMDL 3x lower than lowest non-zero dose"}]
[null,"BMD lower than lowest dose (serious)","on","on","on",10,"Questionable Bin",{"$f":"IF(F32<>1,\"BMD \" &F32&\"x lower than lowest non-zero dose\",\"BMD lower than lowest non-zero dose\")","v":"BMD 10x lower than lowest non-zero dose"}]
[null,"BMDL lower than lowest dose (serious)","on","on","on",10,"Questionable Bin",{"$f":"IF(F33<>1,\"BMDL \" &F33&\"x lower than lowest non-zero dose\",\"BMDL lower than lowest non-zero dose\")","v":"BMDL 10x lower than lowest non-zero dose"}]
[null,"Abs(Residual at control) too large","on","on","on",2,"No Bin Change (Warning)",{"$f":"\"|Residual at control| > \" &F34","v":"|Residual at control| > 2"}]
[null,"Poor control dose std. dev.","off","off","on",1.5,"No Bin Change (Warning)",{"$f":"\"Modeled control response std. dev. >|\" &F35 & \"| actual response std. dev.\"","v":"Modeled control response std. dev. >|1.5| actual response std. dev."}]
[null,"d.f. equals 0","on","on","on","NA","Questionable Bin","d.f.=0, saturated model (Goodness of fit test cannot be calculated)"]

{"sheet":"Quick Start Guide","index":13,"n_rows":62,"n_cols":11,"rows_kept":62,"cut":false,"hidden":false,"merged":[]}
[]
[]
[]
[null,"Quick Start Guide",null,null,null,null,null,null,null,null,"Return to Startup"]
[null,"Last Updated: 05/22/2014 (Beta version 1.9)"]
[]
[null,"wizard@icfi.com"]
[]
[null,"The Wizard is provided as-is.  If you would like to provide feedback, please email wizard@icfi.com. "]
[]
[null,"For the latest version of the ICF BMDS Wizard, please visit:"]
[null,"http://www.icfi.com/insights/products-and-tools/bmds-wizard"]
[]
[null,"Quick Tips to Get Started:"]
[]
[null,"1) Predefined Wizard templates based on the dataset type (continuous, dichotomous, dichotomous-cancer)"]
[null,"    have been created (similar to the predefined BMDS session files included with BMDS).  By default,"]
[null,"    these Excel files are placed in the \"Templates\" folder.  Make a copy of the Excel template required for "]
[null,"    your dataset, change the filename, and use that template to model your data."]
[null,null,"TIP:  Change the filename to start with a number and choose a descriptive title,"]
[null,null,null,"e.g., \"1_Smith et al 1980_MaleF344_Gavage_2yr_LiverCarcinoma.xlsm\""]
[null,null,null,"        \"2_NTP 1998_F_CD1_Water_13wk_KidneyWt.xlsm\""]
[]
[null,null,"Make sure all Wizard files are \"Macro-enabled\" excel files, as macros are needed for the Wizard to run properly. "]
[]
[null,"2) On the Startup tab, click the \"Main Page\" button.  Once on the Main tab, you must enter information"]
[null,"   about the study and endpoint in Rows 11-18. On Row 19, selecting \"Click here to enter data\" will take "]
[null,"   you to the Data tab to enter data."]
[]
[null,"3) On the Data tab, Row 16 for the \"Column Type Assignment\" should already be pre-defined.  For "]
[null,"   dichotomous data sets, the headings should be \"Dose,\" \"NumAnimals,\" and \"Incidence.\"  For continuous "]
[null,"   data sets, the headings are \"Dose,\" \"NumAnimals,\" \"MeanResponse,\" and \"Stdev.\"  Enter the dose-response"]
[null,"   data in the appropriate cells of the data tab starting on Row 17 (column C).  Additional notes about the data "]
[null,"   may be entered in Row 11 (column C)."]
[]
[null,"   NOTE:  BMDS Wizard only allows for analysis of SUMMARY data.  Individual data must be converted to "]
[null,"   summary data by the user before entering into Wizard."]
[]
[null,"4) Go back to the Main tab and click AUTORUN to run the dataset through EPA's BMDS software.  "]
[null,"   The \"status bar\" at the very bottom of the BMDS Wizard screen will show the status of the model runs. "]
[null,"   The data will automatically be imported to the \"Results\" tab.  Here you will find the results of the modeling "]
[null,"   and the BMDS Wizard recommendation for best-fitting model.  However, the user must ultimately select"]
[null,"   the best-fitting model."]
[]
[null,"5) Any changes to the model-selection logic can be changed in the \"Logic\" tab."]
[]
[null,"6) Remember- create a new ICF BMDS Wizard workbook for each dataset you model! "]
[null,"    Don't complete multiple BMDS modeling sessions in the same BMDS Wizard, as "]
[null,"    you'll overwrite all previous inputs and outputs and will no longer have a "]
[null,"    record of what was done and why. Ultimately, you may end up with 10+ "]
[null,"    unique BMDS Wizard Excel files for a given analysis. NOTE: By default, Microsoft Word reports"]
[null,"    will be located in the same folder as the BMDS Wizard Excel File. "]
[]
[]
[]
[null,"v1.7 (released March 29, 2013):"]
[]
[null,"    - MAJOR change: Can now run with BMDS 2.4 without the need for the BMSDAutorun.exe file"]
[null,"    - MAJOR Word Reporting: implements the latest version of the EPA IRIS appendix format (as of March 15, 2013)"]
[null,"    - Implemented new footnotes to tables to indicate when different model results are merged because they provide"]
[null,"               the same results"]
[null,"    - Fixed coding so that new BMDS prohibited characters are not used by Wizard"]